Energy Capital Podcast

For a century, the Strait of Hormuz has been one of the world’s key energy choke points. But during the past couple of decades, the U.S. relationship to the shipping lane has changed.In this special episode of the Energy Capital Podcast, Josh Rhodes talks with Michael Webber about what the Iran conflict means now, especially for Texas. The U.S. is not as vulnerable to oil shortage as it once was, but greater energy self-sufficiency does not insulate the country from global prices.The U.S. now produces more oil and gas than it did in the 1970s, when another energy crisis rooted in the Middle East rattled the U.S. economy. That leaves the nation less vulnerable from a security perspective.But consumers in Texas are still tied to global markets through pricing, refining constraints, and fuel trade flows. As Webber explains, even if the country has enough energy overall, price spikes abroad can still show up here at the pump, and they can linger.The conversation gets into a few issues that will develop over the coming weeks and months:* Why gasoline and diesel prices may rise with a delay, then fall more slowly than consumers expect.* Why U.S. oil abundance does not fully protect Americans from disruption overseas.* Why Texas benefits, and what’s at risk, from the state’s current energy mix.Rhodes and Webber also stress that resilience covers a range of issues: what resources can be refined, what generation and infrastructure can be built, and how quickly the system can adapt to challenges. That spotlights variables including refining capacity, permitting reform, and the roles of wind, solar, batteries, and electrification in reducing exposure to fuel volatility.The episode explores how Texas fits into a deeply interconnected global energy system, even after the state’s shale revolution.The unresolved question: if the disruption in the Middle East continues, where will the state’s real vulnerabilities start to show?Timestamps* 00:00 - Iran Conflict & U.S. Exposure* 02:29 - Why Prices May Rise* 03:57 - Self-Sufficient, Still Coupled* 06:07 - Texas Refining Constraints* 08:03 - SPR, Export Bans, and Policy Tools* 10:48 - Renewables, Gas, and Energy Security* 16:35 - Affordability Politics* 19:14 - Permitting Reform & OutroResourcesPeople & Organizations* Texas Energy & Power (Website - LinkedIn - YouTube)* Joshua Rhodes (LinkedIn)* IdeaSmiths (Website - LinkedIn)* Michael Webber (LinkedIn)* Webber Energy Group (Website - LinkedIn)* International Energy Agency (Website)* U.S. Strategic Petroleum Reserve (Website)Company & Industry News* US gasoline prices soar past $3.75 a gallon as Middle East war rages on* Oil settles up 9% as Iran vows to keep Strait of Hormuz closed* Goldman Sachs raises Q4 Brent, WTI crude price forecast amid longer Hormuz disruption* Here’s the energy policy we need for the war in IranRelated Podcasts by Energy Capital Podcast* Build Fast or Fall Behind with Michael Webber* Interview with Energy Expert Dr. Michael WebberRelated Posts by Texas Energy & Power* The Growing Importance of Energy Efficiency* Why Are Energy Bills Rising So Fast?TranscriptJoshua Rhodes (00:05.558)Welcome to the Energy Capital podcast. This is a bit of a special edition where we’re going to talk to Dr. Weber again. We’re talking on Friday, March 13th, and we’re really kind of doing a little bit of a current events type take on the energy impacts of the current conflict in Iran and the Strait of Hormuz. Dr. Weber just published an article or an op-ed in the Houston Chronicle where he just talked about the energy implications of what that would mean for the U.S. Joshua Rhodes (00:33.624)So Dr. Michael Weber, welcome back to the Energy Capital Podcast. Michael Webber (00:39.502)Thanks so much. It was great to be here and have another conversation with you. I appreciate you inviting me. Absolutely. Joshua Rhodes (00:43.854)Well, Joshua Rhodes (00:44.234)let’s dive in. You wrote in your op-ed that the energy risks we worried about 20 years ago, like disruptions to the Strait of Hormuz, that are actually happening right now, but you argue that the U.S. might not care as much this time around. Why is that? Michael Webber (00:58.51)That’s right. say that first of all, the risks of the Strait of Hormuz have been known since the seventies, but really amplified as a risk in the eighties with the Iran-Iraq-Tinker war that happened in the eighties and is really the main justification for why the US Navy projects so much force there just to keep the shipping lanes open, all that kind of thing. So the risk of the Strait of Hormuz as a choke point for global commerce around oil and refined products and helium and aluminum and other things like fertilizer area, that’s been known. But what has changed is how much we might care. Michael Webber (01:27.648)So 20 years ago, when I studied this for Think Tank doing national security work for the Pentagon, we identified the closure of the Strait of Hormuz as one of the biggest single point risk failures the world could go through in terms of destabilizing global energy markets. But that was before the shale revolution, all these other things that happened 20 years ago. So we were really worried about what this might mean in terms of United States even getting access to the resources in the first place, plus price spikes and everything else. In the 20 years since we did that study for the Pentagon, Michael Webber (01:54.626)The Shell Revolution’s come through, so we have a lot more domestic oil and gas production. We’re now exporting instead of importing. We have a lot more wind and solar, so we need less domestic fuels like coal or natural gas in the power sector. The whole situation’s changed where we’ll be exposed to the risks of higher prices, but we have enough supplies. We don’t have worry about absolute supply cutoff. And that’s a good position to be in. I think we should celebrate when we can policy successes. And I would say the last 20 years have been a combination of policy successes. Michael Webber (02:22.434)that put us in a better national security position when it comes to disruption to Middle Eastern flows of energy. Joshua Rhodes (02:29.122)So Americans are already seeing higher gasoline prices and diesel prices after this escalation. You mentioned that these price spikes can often lag disruption by a week or two, but should consumers expect this to get worse? Michael Webber (02:41.326)I expect it to get worse and I also expect the high prices to linger for a while. So there are a couple of things that happen. The disruption happens physically. The prices start to reflect it in the futures market pretty quickly, but at the gasoline pump say a little bit later. So there’s some lag time between physical disruption and higher prices. And then there’s also lag time from when the disruptions are settled and when prices come back down. But sadly, as one of the sort of bitter ironies of life, prices go up a lot faster than they come down for variety of reasons. Michael Webber (03:08.622)Yep. So even if the disruptions sorted out in the next few days, I expect higher prices to hang around for a while because people have to refill their inventories and they have to price in the risk of volatility or the risk of additional tax. So high prices will be here for a little while. And I think that’s one of the things about the US situation is that we are now self-sufficient on energy. It’s not like we’re independent. We’re still coupled to the global markets and being independent is different than being self-sufficient. We’re self-sufficient. We have enough energy to run our economy, but we are connected to the global economy. Michael Webber (03:37.614)So even if we have the energy, if the global price goes up, our price will grow up as well. And there’s all these sort of couplings that happen to the prices, but also these lag times. So I think we got prices that’ll be high for a while. Secretary of Energy Chris Wright, it’ll be settled in a couple of weeks, not months. I expect prices to be high for a few months, but who knows? We’ll see how it goes. Joshua Rhodes (03:57.358)Okay. We produce a lot of oil in the US now after the shale revolution, but we can’t always refine that oil here. I mean, we import a lot of crude from other regions like the Middle East, but we also export a lot of our sweeter crude to Europe where they can actually refine it. So can you speak to how even though we produce a lot of oil now, we’re still coupled to the global markets? Michael Webber (04:16.8)It’s really kind of a fascinating irony in many ways that we did not foresee the Shell Revolution. And so what we saw instead, looking forward from the 1980s onwards, was more imports of heavier oils from Venezuela or the Canadian oil sands, or even like the heavy sour crude from Saudi Arabia or other places. These heavier crudes, which are more difficult to refine, but we put the money into our refineries to make the refineries capable to handle those heavier crudes. Then we find all those light sweet crude, which is like the champagne of oil, and we’re buying the beer of oil. Michael Webber (04:46.712)the less valuable coarser crude that we know how to refine, but selling our more valuable champagne crude. So we can sell our light sweet crude at a higher price than what we pay for the heavier sour crudes. But the challenge is even when you have an abundance of the light sweet crude in West Texas for East Texas refiners, those East Texas refiners are not fine tuned for it. So you’re exactly right. We’re exporting the West Texas light sweet stuff to other people, refineries in say Asia or Europe and importing the heavier crudes Michael Webber (05:15.97)to turn into jet fuels and things like that. And that’s one of the couplings of the global market. Though we have enough energy in the nation to be self-sufficient, we’re not refining our own crude into the products we need for our cars and trucks and planes. We’re stil

For a long time, the basic story in U.S. energy was stability. Demand growth had flattened, efficiency was doing more work than most people realized, and expansion was steady.Not anymore.In this week’s conversation, Josh Rhodes talks with Michael Webber about what may be the most important shift now underway in energy: the dramatic growth in electricity demand, in Texas and beyond. Data centers are a big part of the story, but not all of it. Electrification, industrial growth, and population growth are also fueling the need for more energy.In this episode, Webber notes that energy progress moves fastest when markets, policy, and engineering align. That is true for shale development, and it may be true again with the coming growth of the grid.Texas is well-positioned to lead this next stage of energy development — we have a strong energy base, growing demand, and a mix of technologies competing to meet it. Josh and Michael talk through why geothermal power is gaining attention, why nuclear expansion plans feel different this time, and why wind, solar, storage, gas, and transmission remain essential.They also address a problem that is becoming hard to ignore: new load can be built faster than new generation, and new generation can be built faster than transmission. That mismatch is showing up in transformer backlogs, turbine supply constraints, and growing pressure to move much faster than some energy executives are used to.n many cases, the challenge Texas faces is not a lack of energy throughout the year — rather, it’s a shortage of power during a relatively small number of peak hours. That has real implications for cost, reliability, and what kinds of loads and technologies make sense for ERCOT.Tune in to hear Michael and Josh talk through those challenges — and opportunities.Timestamps* 00:03 – Introduction & Michael Webber Background* 01:14 – The Energy Three-Body Problem* 04:16 – Shale Revolution & Forecasting Misses* 08:42 – Webber’s 2029 Energy Predictions* 09:42 – Why Efficiency Still Matters* 13:37 – Gasoline, Natural Gas & Texas Exports* 18:13 – Electrifying the Texas Oil Patch* 19:45 – Why Webber Is Bullish on Geothermal* 23:32 – Nuclear’s New Momentum* 26:27 – The Three-Part Energy Transition* 33:30 – Scarcity, Flexibility & Data Centers* 39:11 – Build Faster, Then Career Advice* 45:15 – Closing & OutroResourcesPeople & Organizations* Joshua Rhodes (LinkedIn)* IdeaSmiths (Website - LinkedIn)* Michael Webber (Website - LinkedIn)* Webber Energy Group (Website - LinkedIn)Company & Industry News* US power use to beat record highs in 2026 and 2027 as AI use surges, EIA says* GE Vernova expects to end 2025 with an 80-GW gas turbine backlog that stretches into 2029* A tour of global geothermal projects in progressBooks & Articles Discussed* Annual Energy Outlook Products - Archive* Energy Policy Act of 2005Related Podcasts by Energy Capital* Interview with Energy Expert Dr. Michael Webber* Drilling for Geothermal Power and Storage with Cindy Taff* More Power that’s Faster and FairerRelated Posts by Texas Energy & Power* Reading & Podcast Picks — March 4, 2025: Data Centers, Nukes, VPPs, and More* The Growing Importance of Energy Efficiency, Reading and Podcast PicksTranscriptJoshua Rhodes (00:03.726)Hey everyone, and welcome to the Energy Capital podcast. I am really excited to have Dr. Michael Weber on to talk about, well, energy. He’s an energy guy, and I’m really excited to talk to him about energy and Texas energy and all kinds of things. Most of you probably know Michael, but just really quickly, he’s got a PhD from mechanical engineering from Stanford. He’s worked at Rand, various clean energy incubators, really been in kind of the energy space for a long time. Joshua Rhodes (00:32.472)But really the kind of the main areas right now that Michael’s he’s a double chaired professor at the University of Texas, which is pretty rare thing. The Sid Richardson chair at the LBJ School of Public Affairs and the Cockrell family chair number 16 in mechanical engineering. He’s a former CTO at Energy Impact Partners, which is a big climate clean tech venture fund and a former chief science and technology officer at Engie, one of the world’s largest energy companies, as well as a founding partner of Ideasmus upon which he and I work together. Joshua Rhodes (01:01.688)So he really sits at the intersection of engineering and policy and commercialization. Welcome to the Energy Capital Podcast. Dr. Michael Webber (01:10.008)Thanks for having me. Very excited to be part of the conversation today after being a long time listener. Joshua Rhodes (01:14.574)And so you really are kind of like a rare three world energy person. I mean you’ve kind of like gone across the spectrum from engineering to policy and you know commercialization. One of the things that this actually reminded me of and I’m gonna go off script almost immediately is kind of like the three body problem. You’re familiar with the three body problem in classical mechanics is that it’s basically impossible to predict the motions of three things that are gravitationally Joshua Rhodes (01:42.786)connected to each other at the same time. you feel this way in your three worlds? An engineering policy in the technical space? Like, is it similar? Dr. Michael Webber (01:51.34)That is a great orbital mechanics reference. did my undergraduate degree in aerospace engineering at UT. I took a class on orbital mechanics from one of the famous professors, Zabihay. Professor Zabihay taught that. And we could solve the two-body problem. You cannot solve the three-body problem. You can only approximate it. So you’re exactly right. And it does feel like this tension between engineering policy and markets or commercialization are in tension where you can’t completely solve the problem with all three. Although in orbital mechanics, you do get alignment if one’s swallowed. Dr. Michael Webber (02:19.47)where the planets align or the different celestial bodies align. And in my observation, at least in the United States, things work best when policies and markets and innovation are all aligned. If they’re all pointed the same direction, amazing things can happen very quickly. And so I like this sort of idea, like you can’t solve it perfectly, you can kind of get close, you can do some numerical approximation, but sometimes you have alignment. And if you have alignment, then great things happen. So let me give an example of that from like 2005 to seven timeframe, the Energy Policy Act of 2005. Dr. Michael Webber (02:49.454)in other things were happening where the policies were calling for more domestic production. We more natural gas in particular. The markets were calling for more natural gas production. Natural gas prices were quite high, say 2003 and other years. So the markets were calling for more natural gas. The policies were calling for more natural gas. And the innovation engineering was also unlocking a lot of new natural gas, which was a combination of technologies of hydraulic fracturing and horizontal drilling. So we had engineering policy and markets all aligned. Dr. Michael Webber (03:16.044)The world flipped, the whole shale revolution of producing so much oil and gas in such a sudden turnaround flipped geopolitics on its head. Where we went from LNG imports to exports, we went from feeling at the mercy of foreign countries for their oil and gas production to feeling a little more confident on the energy stage globally. That was a remarkable instance where things aligned. And we don’t have that very often in energy, frankly, for the decades before that. Dr. Michael Webber (03:41.164)We had groups calling for less production because of environmental concerns. have policies that inhibited production. The markets and innovation work there. So we often have misalignment, though when you have alignment, it goes quickly. And that’s another cool thing from Celestial Mechanics. So maybe we should write an article that says, what Celestial Mechanics teaches us about the energy three-body problem. That’d be a great op-ed. Let’s write that essay. Joshua Rhodes (04:00.239)Like we’re getting work done immediately even when we’re doing a podcast. This is great. Dr. Michael Webber (04:04.204)Yes, our to-do list just grew though, unfortunately. Joshua Rhodes (04:07.106)folks Joshua Rhodes (04:07.307)are interested in Three-Body Problem, there’s actually a Netflix series on it right now based on a series of books that have been written. Dr. Michael Webber (04:13.026)Yeah, and I feel like I should watch it. I hear it’s violent though. I don’t know. So we’ll have to check it out. Joshua Rhodes (04:16.91)I read the first book. I think there’s three of them, which of course there would be three, a trilogy on the three body problem. But it is on my list of things to watch. So that was interesting that we immediately got into a situation where we’re talking about fracking just a minute ago. If you had gone just a few years before that, no one saw that coming or very few people saw that coming. I did an exercise once where I went back and looked at all of like the annual energy outlooks from the EIA in like early 2000s. And you know, Joshua Rhodes (04:44.47)natural gas was on the decline. were going to be importing natural gas. Like LNG imports were like big chunks of charts. Coal consumption was going up. And then, boom, this thing happened. Hydraulic fracturing that no one was really thinking about or people didn’t see, weren’t predicting. And it completely flipped the script, as you say. We started turned around import terminals and, you know, turned them into export terminals and, you know, made us one of the energy powerhouses of today. Dr. Michael Webber (05:09.166)So the era of say like 2001 to 2007, it was a uniquely bad era when it comes to EIA forecasting. And I’m not trying to pick on them because what they do is very hard and they’re better at it than anybody yet they were wrong. T

Behind the scenes, every few minutes, the ERCOT system generates tens of thousands of price signals, outage updates, and operational reports that demonstrate and drive the cost and availability of electricity.Most of that data is public. But how can Texans access it?This week, Joshua Rhodes talks with Max Kanter, chief executive officer of GridStatus, about the gap between public data and practical visibility and application, and why that matters in Texas.In this episode, they discuss:* Why public grid data is harder to use than it would seem.* What real-time pricing signals reveal about system stress.* How outage and congestion data shape ERCOT debates.There are more than 70,000 pricing nodes across U.S. energy markets, updating every five minutes. ERCOT alone produces enormous volumes of operational data.Those signals often spotlight stresses on the system before they show up in prices and control rooms.As Texas adds new industrial loads and faces continued risks from extreme weather, more policymakers, analysts, and large customers want to know what’s coming. They’re looking for distress signals.On this week’s episode, Josh and Max tell you where to find them – and what to do with them.Timestamps* 00:06 – Welcome, Max Kanter intro* 02:00 – Computer science, AI shifts* 03:32 – What is GridStatus?* 04:36 – What users see first* 05:31 – Who uses GridStatus today* 06:56 – Tiers, hobbyists, accessibility* 07:52 – AI tools, new builders* 09:47 – Why a business existed* 12:49 – Early demand validated product* 14:18 – From carbon to markets* 16:44 – Data scale, nodal pricing map* 32:20 – Flip script, Rhodes on public roleResourcesGuest & Company• Max Kanter - LinkedIn • Grid Status - LinkedInCompany & Industry News• The power grid is hard to understand. This startup is trying to help. • Why We Invested in Grid Status Related Podcasts by TEAP• The New Rules Behind ERCOT Prices with Andrew Reimers • Who Pays for Texas Grid Growth? - Roundtable Discussion• Texas’ Load Growth Challenges – And Opportunities, with Arushi Sharma FrankTranscriptJoshua Rhodes (00:05.778)everyone, and welcome to the Energy Capital podcast. I am really excited to have Max Cantor, CEO of GridStatus on today to just talk about data, all the data that are coming off the grid and everything like that. If you’re steeped in grids, you’ve probably heard of GridStatus, you’ve probably seen at least a screenshot of dashboards and things like that floating around social media. But one of the things I wanted to bring to this podcast was to kind of dig a little bit deeper into some of the more technical side of things. And I promised all Joshua Rhodes (00:35.278)I’d be listeners that I wouldn’t completely bore you to tears with data, but we are going to talk about it a little bit because it is so important. So we have Max Cantor on. has a bachelor’s and a master’s of computer science from MIT. And I don’t usually name check theses, but this one actually caught my eye. So his master’s thesis was the data science machine emulating human intelligence in data science endeavors, which sounds like a harbinger of basically AI. We’ll get back to that here in a bit. Joshua Rhodes (01:05.294)He started off as CEO and co-founder of Feature Labs, which was acquired by Alteryx in 2019. At that point, was the VP of Engineering at Alteryx for the next couple of years before going back to MIT as a visiting scholar in the Data to AI lab, where at that time when he was at MIT, launched Grid Status in August of 2022. And the tagline, or at least the one that’s on his socials is, the future of the electric grid runs on data and AI. Grid Status provides Joshua Rhodes (01:34.562)data and insights for the understanding, investing and operating of the electrical grid. And our goal is to be the most trusted source for whatever is happening on the grid. Max Kanner, welcome to the Energy Capital Podcast. Max Kanter (01:47.522)Thank you, Joshua. Happy to be here. Joshua Rhodes (01:49.452)Yeah, I should probably say full disclosure, I’m actually a client as well. So I have a subscription to GridStatus. So thank you for making it so easy to get all of these data. Max Kanter (01:58.456)Yeah, that was the goal from the very beginning. Joshua Rhodes (02:00.46)Yeah, no, I think it’s worked out quite a bit. It’s much easier. I wanted to actually immediately kind of go off script. Your bachelor’s and master’s are in computer science. Do you have a feel for what computer science means today, kind of in this age of AI? How has it changed since you were there? Max Kanter (02:16.312)Computer science as an academic field is younger than many, right? So things like biology or physics, right? Computer science, I’d have to double check, but I think it’s probably a phrase that has only formally been studied for less than a hundred years. And so it’s come a long way in just that time from something minor to one of the hottest topics. One of the things I think is so interesting though about AI in particular though is Max Kanter (02:42.87)A lot of the earliest computer scientists, their goal from the very beginning was to create an artificial intelligence. That’s actually how they thought about computers, know, replicate the stuff that humans were doing. And so in some sense, the goals actually haven’t changed at all, right? I think over the decades, think the biggest thing that’s different is, really the size of the compute that’s being undertaken to actually accomplish it. And, know, one of the things, you know, thinking back to when I first started doing say academic computer science is so much. Max Kanter (03:12.45)of the forefront of the field was happening within universities. think nowadays when you think of, well, where’s the frontier AI research happening, know, oftentimes it’s thought of outside of universities. And I think that’s one of the biggest changes I’ve seen. And why is that? There might be many reasons, but think one of them is just the size of the compute and the cost of doing that. Joshua Rhodes (03:31.916)Yeah, that’s big implications of particularly like size of the compute. I mean for the electricity grid, right? Because you got to get a bunch of electricity to that. I apologize for throwing you a curveball right off. Yeah, totally. So, I’ve introduced grid status a bit. With someone who’s outside of energy, I think a lot of folks who listen to this podcast are kind of in energy. But if someone’s outside of energy, ask you what you do. Like how do you describe, you know, grid status? Max Kanter (03:41.998)that makes it more interesting. Max Kanter (03:56.514)Yeah. I would say grid status is the homepage for the electric grid. I think a lot of people, when they think about the grid, well, first they don’t actually think about it that much. You you plug something into an outlet, you get power, right? But behind the scenes, it’s actually the world’s most complex machine. And even though it’s this big machine, it’s not like you have one person operating it or one person putting power into it or one person regulating it. It’s actually very complex with a lot of different stakeholders. Max Kanter (04:24.82)And so, yeah, the role of grid status is to be, you if you have a question about the grid or you want to have an understanding about what’s going on, we want to be the first place people go. And so, yeah, we’re the homepage of the electric grid. Joshua Rhodes (04:36.27)That’s cool. Grid status started out as doing mostly data, Mostly hosting data and having data. Now there’s a lot more dashboards and other types of things. Can you just talk through a little bit, of like, if someone goes to the homepage of the electric grids, you say like, what are they going to find? Max Kanter (04:52.748)Yeah, I’d say that’s kind of the core product and technical question we’re trying to answer or solve, I should say. Right. And what are you going to find is, you know, the answer really is like, whatever is relevant for you. And we serve a lot of different types of users. Some people care a lot about, you know, what the fuel mix on the grid is. Some people care a lot about pricing. Some people care about forecasts and, know, grid operations for the coming days. And so our goal at GridSat is to show you what’s relevant. Max Kanter (05:22.088)And we’ve honed in on that over time. Joshua Rhodes (05:24.76)Nice. And talk about like you said for different types of users, what all types of users do you have? Max Kanter (05:30.84)I would say anybody who cares about the grid is part of our user base. And that’s one of the things that’s most exciting about grid status for me. think if you rewind five, 10 years and you were to say, your electric grid data and analytics company, who do you serve? The answer would be pretty narrow. Energy traders, utilities, power plant operators. What I see with grid status is really have expanded the pie of people who can make use of the data. So today I think some of our bread and butter Max Kanter (06:00.318)are people who are buying and selling large amounts of power. You know, it’s energy traders, it’s asset operators, but we’ve also expanded it. We have researchers, we have these like large loads who need to be responsive to the grid. Even the regulators, you we talk to people in the federal government who are trying to make laws about the grid and, the fastest place them to figure out what’s going on is grid status. Very large swath of people. Joshua Rhodes (06:26.572)Yeah, know used to, someone would ask me what was going on in ERCOT, which is a common thing. Well, when people start asking me what’s going on in ERCOT, I start to get worried. I used to go to the ERCOT website and, you know, grab a screenshot of something, but now more or less it’s to the grid status web page. You got better colors and fonts too, by the way. So that’s really nice. In the app, you’ve got multiple different tiers of access that folks can get. I noticed recently you put in like a hobby t

Texas’s new era of electricity demand is forcing policymakers to walk an unprecedented tightrope.The state has to keep the lights on – and it has to make sure that Texans can afford to do so..Massive load growth from data centers, population, and electrification is teeing up existential questions for the ERCOT grid. How do we build what we need without overbuilding? And how do we avoid burdening households with costs that businesses and large users should be paying?Those questions framed our latest Energy Capital roundtable with Matt Boms and Dr. Joshua Rhodes.Why bills are rising faster than people expectUtilities across the country are planning massive infrastructure investments over the next several years, and Texas is leading the way. Between new generation, transmission, and distribution upgrades, the price tag for this growth is substantial.Texas has covered recent load growth primarily with a mix of solar, wind and batteries. Some state leaders have prioritized new gas plants as well, though capital costs for these facilities has more than doubled in some cases, even as wait lists for turbines have grown.At the same time, transmission and distribution companies are filing rate cases tied to resiliency, reliability, and growth. Those investments often show up in rates years before customers see any economic benefit from load growth.What’s driving costs matters more than everAs large new loads, especially data centers, request connection to the grid, the question of who pays becomes unavoidable.The basic principle is simple: if infrastructure is built for a specific customer, that customer should bear the cost. If infrastructure provides broad system value, then costs should be shared. Problems arise when all customers pay for expensive upgrades to cover loads that may be temporary or never fully materialize – especially with transformers, substations, and core hardware now costing multiples more than they did just a few years ago.Without guardrails, Texas risks building expensive infrastructure that everyone pays for, even if demand disappears for the energy that infrastructure is meant to support.Underused toolsThere are ways to blunt this load-growth pressure.Distributed energy resources (i.e. community power or local power), demand response, and energy waste reduction can reduce peak demand and delay or avoid costly grid upgrades. In many cases, these solutions are faster and cheaper than traditional investments in poles and wires.Analyses show that even modest levels of community power can save ratepayers meaningful amounts of money by deferring transmission and distribution spending while also delivering wholesale market value.One way or another, decisions made in upcoming utility rate cases will lock in costs for decades.Grid growth is real. Infrastructure costs are rising. Ignoring either won’t protect customers. The state must align costs with the parties driving them, wringing out value from lower-cost flexibility strategies before committing to the most expensive build-outs.If Texas effectively walks the line between affordability and reliability, this period of load growth can strengthen the grid without punishing Texans who rely on it.Timestamps* 00:06 – Rising Costs, Rising Stakes* 01:17 – Load Growth and System Pressure* 03:16 – Gas Dependence and Fuel Risk* 06:21 – New Generation Costs and Competition* 07:05 – Oncor Rate Case, $830M Request* 08:27 – Who Pays, ERCOT vs Other States* 12:08 – Driveway vs Highway Cost Test* 15:33 – Capital Bias and Regulatory Incentives* 18:49 – Avoiding Rate Shock, Role of DERs* 24:07 – Higher Prices, Solar Payback Effect* 34:12 – Missing Price Signals in Distribution* 37:05 – Final Takeaways and WrapResourcesHosts Platforms* Texas Energy & Power - LinkedIn, Twitter (X), and Bluesky* Micalah Spenrath - LinkedIn* Matt Boms - LinkedIn * Texas Advanced Energy Business Alliance (TAEBA) - LinkedIn* Joshua Rhodes - LinkedIn * IdeaSmiths * Webber Energy Group, UT Austin Company & Industry News* Electricity rate hikes slash commercial solar payback periods by 33%, says Wood Mackenzie (pv magazine USA) * Rising retail rates are accelerating commercial solar payback periods (Wood Mackenzie) * The Value of Integrating Distributed Energy Resources in Texas (Advanced Energy United) * TAEBA news page, DER study links (Texas Advanced Energy Business Alliance)* CenterPoint raises 10-year spending plan to $65.5B (Reuters)Related Podcasts by TEAP* More Power that’s Faster and Fairer, Roundtable Discussion (TEAP) * Why Are Utility Bills Rising So Fast? (Powerlines) (TEAP) * Distributed Energy Resources and all-of-the-above energy solutions (TEAP)* Texas’ Load Growth Challenges, And Opportunities (TEAP) * Texas Needs a Vision for Customer-Side Solutions (TEAP) * Where the Grid Goes from Here, Reading and Podcast Picks (TEAP)TranscriptMicalah Spenrath (00:05.55)Hi everybody and welcome back to the Energy Capital podcast. I’m your host, Makayla, and I’m joined by Josh Rhodes and Matt Bonds. We are at an interesting place in the energy transition. Energy costs are rising. Utilities are planning to spend trillions of dollars across the country to keep up with rising energy demand. And at the heart of these macro trends is us, the consumers, the payers of electricity bills. So that raises a question. How do we build the grid that we need today? Micalah Spenrath (00:34.868)and tomorrow without overbuilding it or pricing people out. I’d like to dig into what’s driving energy costs, where utilities are planning to spend those billions and trillions of dollars, and how we can modernize the grid in a way that’s reliable, efficient, and still affordable. So setting the stage, demand for energy is rising, outpacing traditional energy system planning frameworks and timelines, and utilities are in the middle. Challenge with meeting that demand and keeping costs. Micalah Spenrath (01:03.778)to consumers reasonable. So starting with the primary question, what is the primary driver of these increased energy costs in Texas or nationally? Joshua Rhodes (01:17.038)You know, there’s just this massive growth in electricity. There’s like a lot of things kind of coming together, kind of been kind of a perfect storm here, right? It’s like one across, you know, the US electricity growth has been flat. It’s been growing in Texas. Texas has been an exception to other places. I mean, really demand growth has been kind of flat, right? And managing a system that is just kind of going from day to day, not really changing is much different than managing a system that’s growing. The amount of inputs you need to that are just different. Joshua Rhodes (01:46.734)A lot of the utility spending and buying has been responding to storms or just replacing things kind of at the end of their life, but not really building for growth. And that’s just a different mindset. The big topic right now is like data centers and like all this other kind of stuff driving up demand. But I mean, even before this, 2022, 2023, before we taught the internet how to talk to us, we were already expecting. Joshua Rhodes (02:11.532)electricity used to go up, right? We were already looking at electrification of buildings and electrification of transportation and kind of reshoring of like, you know, manufacturing and all this other kind of stuff. I mean, we’re already looking at a lot of that, but then AI is here, you know, among us and demand is going up. There’s still hangovers from like, you know, COVID supply chain. Surprisingly, it’s really like at the same time that we’re looking to grow everything that we need to buy to facilitate that now costs like way more than it did five years ago. It’s kind of a perfect storm. Joshua Rhodes (02:41.518)Onomat, you got any extra thoughts? Matt Boms (02:43.66)I think Josh said it perfectly. The pie is getting bigger for everyone, right? Everything’s getting more expensive. We’ve got supply chain issues. And at the same time, I feel like we’re in the best possible place to meet all of this load growth. Michaela, you know I’m a glass heffal kind of guy. And I tend to think that where else would you rather be living and working when it comes to which market is best positioned to meet all of this load? And I think we’re seeing the answer play out in front of our eyes with all the action that’s happening in ERCOT, right? That’s true. Matt Boms (03:11.362)So yeah, I’m feeling more optimistic by the day. think it’s a huge challenge, but I think we’ll be able to meet it. Joshua Rhodes (03:16.216)some other interesting things in there. As I was thinking about what types of fuels and things like that that we’re going to use to meet this electricity sector growth. I think if you look at the interconnection queue, we’re going to build a lot of solar and storage, or what is like chock full there. we have gigawatts of natural gas in that queue as well. And long term, ERCOT’s gotten about 45 % of electricity from natural gas. I mean, there is pressure on natural gas prices, right? mean, they fluctuate. Joshua Rhodes (03:45.55)We’re going to export more from LNG and like how associated gas production is dependent on the price of oil and like all these other kinds of things. know, natural gas can be volatile in terms of its fuel price, which we saw in 2022 in Russia invaded Ukraine, natural gas prices tripled over two years. They tripled. And then two years, they came back down. It doesn’t mean that some other shock couldn’t do that as well. And 25 years ago, there was first generation tech bubble. thought we were going to be building a bunch of data centers for, you know, pets.com and Joshua Rhodes (04:15.586)what the original tech bubble that was out there and through efficiencies and switching to cloud and like a whole bunch of other things that demand growth really didn’t materialize. And there were utilities and builders of natural gas turbines and things like that, that kind of over invested, overbuilt and kind o

Texas keeps adding load, adding generation, and adding complexity. But attracting the next wave of investment often comes down to a crucial question:How does ERCOT use market forces – especially signals that determine where energy prices are set – to boost reliability on the grid?In this episode, Josh Rhodes sits down with Andrew Reimers to pull back the curtain on the machinery most people never see, including operating reserves, scarcity pricing, and what changed when ERCOT launched real-time co-optimization in December.The quiet lever: reserves, scarcity, and incentivesAndrew breaks down the pricing story to a simple idea: when electricity on the grid gets tight, the value of the next increment of reliability rises fast, which should signal to investors that they can make money by building more generation in Texas. ERCOT tries to reflect that through scarcity pricing and its operating reserve demand curve.The hard part is running the grid in a way that ensures affordable, reliable electricity, and that doesn’t smother the very price signal that’s supposed to attract new capacity to the market.“Carrying this large volume of operating reserves… you can suppress the prices… disincentivizing investments in new generation.”That tension – lowering the risk of outages today vs. maintaining investable signals for tomorrow – drives the entire market design debate in Texas.Reliability policy is also investment policy.What changed on Dec. 5, and why it mattersIn this episode, Josh and Andrew discuss ERCOT’s move to real-time co-optimization late last year and what it means for the ways reserves are procured and obligations show up in real time. That can change outcomes, even if the physical grid looks the same.The conversation covers:* Why pricing can look wrong even when the grid is fine.* How rule changes can create unexpected incentives.* Why these mechanics matter more as demand rises and the resource mix shifts.Batteries, forecasting, and the value of looking aheadJosh and Andrew also show how this all connects to batteries.Andrew frames batteries as a question of timing and trade-offs, not just megawatts.“Batteries… it’s opportunity cost. If I discharge now, I can’t necessarily discharge in the future.”If ERCOT’s market structure encourages operators to look ahead even an hour or two, the state will end up valuing flexibility more intelligently – and customers will avoid the excess cost of simply buying more reserves to cover forecasting errors.Final ThoughtsThis episode shows that the Texas grid is not just about steel in the ground. It’s also a unique, and largely successful, experiment in how free-market policy – with smart guardrails – can translate individual investment into reliability for all.If you want to understand why ERCOT decisions spark so much argument, and why market design tweaks can have outsized consequences, this conversation is a great map.If this prompted questions for you, drop one in the comments. And if you know someone who cares about ERCOT prices but hates reading market docs, send them this episode.Timestamps:* 00:05 – Episode Setup, Why This Matters* 01:09 – Andrew Reimers, Role of the IMM* 05:03 – Operating Reserves and Market Design* 09:55 – Real-Time Co-Optimization Explained* 14:30 – ERCOT vs Other Markets* 16:42 – Post-Uri Conservatism and Price Signals* 19:12 – Scarcity Pricing and Investment Incentives* 23:50 – DRRS, RUC, and Reliability Tradeoffs* 28:26 – NPRR 1309 vs 1310 Debate* 31:02 – Load Forecasting and “Officer Letter Load”* 36:55 – Solar, Wind, and Shifting Peak Dynamics* 40:45 – Batteries and Multi-Interval Markets* 49:15 – Out-of-Market Actions and Hidden Impacts* 53:59 – Final Takeaways and Wrap-UpResources:Guest & Company* Andrew Reimers (LinkedIn) * Potomac Economics (Website - LinkedIn) * Potomac Economics - ERCOT IMM overview* Joshua Rhodes (LinkedIn) * Webber Energy Group (LinkedIn) * IdeaSmiths (Website - LinkedIn) Company & Industry News* ERCOT NPRR 1310, IMM comments (Feb 3, 2026) * S&P Global, ERCOT ancillary services rule changes and IMM perspective (Aug 6, 2025) * RTO Insider, ERCOT and IMM ancillary services study (Jul 1, 2024) * Potomac Economics, 2024 State of the Market Report for ERCOT (PDF) Books & Articles Discussed* Ancillary Service Study, Initial IMM Results (Aug 28, 2024) TranscriptJosh Rhodes (00:05.174)Right now, Texas is planning for rapid load growth while still catching up on transmission and interconnection constraints. The challenge is not whether demand is coming, but how fast the system can realistically respond. Welcome to the Energy Capital Podcast, where we cover the decisions, data, and debates shaping the Texas grid and the energy future. I’m your host, Joshua Rhodes. Today’s guest is Andrew Reimers. He’s deputy director of ERCOT at Potomac Economics, the independent market monitor. Andrew is an expert on grid planning, Josh Rhodes (00:35.234)load growth, and how infrastructure decisions actually get made in Texas. In this episode, we walk through what planners know, what they are assuming, and where uncertainty is doing real work in the system. We discuss load forecast, transmission bottlenecks, and the trade-offs between moving quickly and maintaining reliability. You’ll walk away with a decision-useful lens for understanding how Texas is navigating growth right now, and where the biggest pressure points are likely to emerge next. Let’s get into it. Josh Rhodes (01:09.25)Andrew Imers, welcome to the Energy Capital Podcast. Andrew Reimers (01:11.566)Happy to be here. Thanks for the introduction. You and I have, I think, known each other for like 13 years now. Josh Rhodes (01:17.154)Yeah, I it has been a while. I was wondering at a high level if you could just describe what Potomac Economics does relative to Earth. Andrew Reimers (01:24.098)Yeah. So, you you have ERCOT who is the independent system operator. So they are sort of a quasi government institution. They’re really a nonprofit institution with a charter through the state of Texas to manage the flow of electricity on the transmission network, and then also run various wholesale electricity markets. And, you know, there are several different flavors of that. The most important one for the conversation we’re going to have today is the real time market. Andrew Reimers (01:53.752)So that’s really where the physical scheduling of generation happens and everything ultimately is transacted according to the prices that come out of the real time market. That’s ERCOT where Potomac Economics comes in. This whole concept of an independent market monitor, if you kind of take it back historically, all of these power grids and deregulated electricity markets used to be like vertically integrated. Andrew Reimers (02:18.58)utility markets where you’d have retail customers that were in a monopoly all the way up to the firms that own the generation and stuff. and that model still exists in certain parts of America. Yeah, the Southeast parts of the Midwest are still kind of like this. The Rockies are like this, although that’s kind of an evolving situation. Yeah. Most of the rest of the US is what we call deregulated. That means that you have Josh Rhodes (02:30.328)like the Southeast. Andrew Reimers (02:44.204)divested the transmission system from the generation system. And there is no longer necessarily as strict of a monopoly on the retail side. And be that as it may, you still had a lot of legacy firms that had a lot of concentration in the market. So like in Texas, the big firms might be Luminant slash Vistra that historically could be traced back to Dallas Power and Light. And maybe you have NRG Reliant. Andrew Reimers (03:13.24)who can be traced back to Houston Power and Light, these two firms, even though they’re now in a deregulated market, are still very big players. And so there’s a concern about the ability of these players to exercise market power and whether or not the market is sufficiently competitive to kind of incentivize those players to bid competitively. That’s really where the role of an independent market monitor comes in. We kind of have... Andrew Reimers (03:41.56)two different fundamental roles. The first of which is to monitor the market for uncompetitive behavior. We have various screens and things going on that are meant to catch peculiar looking behavior, maybe uneconomic offer behavior, uneconomic outage behavior. And then related to that to identify problematic market design. Andrew Reimers (04:07.126)situations, maybe make recommendations for improving market design to kind of improve the competitiveness of the market. My firm in particular is called Potomac Economics. And so we have a contract with the state of Texas to serve as the independent market monitor for ERCOT. We also are the independent market monitor for several other of the big deregulated systems in America. So MISO, which is kind of the big Midwestern ISO, ISO New England. Andrew Reimers (04:36.726)New York ISO. And then we also are the market monitor for Reggie, RGGI, which is the regional greenhouse gas initiative in the Northeast. those are all different aspects of what our firm does. And my team in particular focuses on ERCOP. And my role within that team, I kind of manage the personnel. And then I’m particularly Andrew Reimers (05:03.222)oriented around the market design aspect of the job. So most of my work kind of individually has been more on market design stuff than necessarily the market monitoring stuff. And in particular, what I’m hoping we can talk a lot about today, I’ve worked a lot on operating reserve policy. And so that is a big part of market design where things are changing very quickly and it’s very important that we kind of get the details right. Josh Rhodes (05:33.26)Yeah, no, I know that that’s a really big aspect of what’s going on in Texas and ERCOT. I do want to get there. But before we get there, I kind of wanted to ask like, so in that role, you know, there’s the

Every time a winter storm hits, Texans run through a mental checklist: gather more blankets, drip the pipes, and hope the grid holds up. Kurt Heim, Vice President of Environmental Advancement at Daikin Comfort Technologies North America Inc., understands why that anxiety stuck after 2021’s devastating Winter Storm Uri.But this reliability and affordability problem has a surprisingly accessible solution.In this episode, Kurt and host Matt Boms zero in on a big part of winter peak demand that doesn’t get enough attention: electric resistance heating, especially in older houses and apartments. These systems use excessive amounts of electricity to heat homes in one of the least efficient ways possible.It’s an easy issue to miss … until you run the math for millions of housing units.As Matt notes, if Texas has to serve roughly 12 gigawatts of resistance heating load during extreme cold temperatures, that represents real low-hanging fruit. Addressing it would fortify the grid in a way that helps Texans who struggle to afford their power bills:“What it would do is pay some really good dividends around affordability.”Kurt also talks about “flattening the peaks” so Texas gets more value out of infrastructure that Texans already paid for, instead of constantly adding fixed costs that show up in rates.That framing lands even harder in light of ERCOT’s booming load forecasts: if Texas is serious about serving this growth, we should be just as serious about reducing waste, especially during the most extreme weather.Policy levers that are already movingDiving into the weeds, Kurt discusses updates to the technical reference manual that sets industry calculations for energy efficiency. The updates will make it easier for new construction and multifamily development to have more efficient systems. New construction is only part of the story—improving existing structures will take more work. But as this episode makes clear, such investments will pay off in greater reliability and affordability.Final ThoughtsTexas can chase growth and reliability at the same time. But we can’t afford to do so with outdated systems that exacerbate grid weaknesses and punish the people least able to absorb their bills.The grid has a waste problem. Texas needs to deal with it. The best place to start is with a readily accessible solution that addresses a clear problem, lowers bills, frees up capacity when Texas needs it the most, and allows the grid to keep growing.If this sparked a question for you, drop it in the comments. And if you know someone who still thinks winter reliability is only about power plants, send them this episode.Timeline:* 00:00 – Winter peaks, why it matters* 01:20 – Kurt Heim, background* 02:59 – Winter anxiety, resilience mindset* 05:08 – The resistance heating problem* 07:08 – How big these loads get* 09:21 – Heat pumps, how they work* 13:11 – Climate tech, variable speed* 15:10 – Efficiency math, 1x vs 2–4x* 16:50 – Economics, bills and adoption* 18:57 – ACEEE study, scale of savings* 26:58 – What blocks heat pump adoption* 29:05 – Codes, standards, and design basis* 35:30 – Incentives and contractor training* 37:53 – Political will, signs of progressResources:Guest & Company* Kurt Heim - LinkedIn * Daikin Comfort - LinkedIn * Matt Boms - LinkedIn* Texas Advanced Energy Business Alliance - LinkedInBooks & Articles Discussed* Transforming Texas: How Heat Pumps Can Replace Electric Resistance Heat, Reducing Costs and Winter Power Peaks * Quantifying the impact of residential space heating electrification on the Texas electric grid* Our Homes Aren’t Ready for Extreme Cold and Power OutagesRelated Posts by Texas Energy and Power* Texas Got Tested, Grid Stayed Upright* 2022 Cold Snap Shows Resistance is Futile* ERCOT calculates a 1:7 chance of outages in December; could be worse in January and February* ERCOT Still Doesn’t Understand Winter Demand* NRG’s Gigawatt VPP in Texas with Travis KavullaExternal References and Tools* Energy Efficiency at the PUCT* Texas Climate Zones by County * State Energy Conservation Office Programs TranscriptMatt Boms (00:05.004)Why does Texas continue to see winter peak demand spike so sharply during cold weather, even years after winter storm Uri put winter reliability front and center? Welcome back to the Energy Capital podcast. I’m Matt Bombs. And today we have a really special guest and someone I’ve been excited to talk with for a very long time. Joining me is Kurt Heim. Kurt is vice president of environmental advancement. Matt Boms (00:32.662)and Texas Government Affairs at Deichen Comfort Technologies, one of the world’s largest manufacturers of high efficiency heating and cooling systems. Kurt has spent more than two decades in the HVAC industry, including leading the development of Deichen’s massive manufacturing facility in Waller, Texas, one of the largest HVAC plants in the world. He works at the intersection of technology, manufacturing, policy, and grid reliability. Matt Boms (01:02.102)And he is exactly the right person to help us talk about how heat pumps can lower bills, strengthen the Texas grid and help us stop panicking every time winter shows up. So Kurt, you’re the star today. Welcome to the show and thanks so much for your time. Kurt Heim (01:20.108)Matt, thank you very much for having me. I’m a long time listener of the podcast and I’m really excited about the direction that you’re going in. I’m just really pleased to be here and get a chance to talk about ePumps. Matt Boms (01:32.91)Thanks so much, I appreciate that. So I want to kick us off. We’re coming off of this winter storm Fern and it feels like this anxiety cycle that we go through in Texas. You can trace this all the way back to Yuri and understandably Texans get nervous when they hear a winter storm is coming. We had a few since then, we had winter storm Heather that hit, now we have Fern. And I think just to tee this up, why do we still feel like the grid is on knife’s edge? Matt Boms (02:02.41)every time it gets cold in Texas. Kurt Heim (02:05.036)Yeah, that’s a good place to start. I am probably going to say that really Yuri was a shared experience in a searing event that touched a lot of people. I don’t know anybody that didn’t have some level of disruption in their life. Mild forms of it would have been that you lost your power for a few days, but you know, a lot of people had severe issues. My neighbor was one of them that lost power, but then had pipes burst in his Kurt Heim (02:34.026)ceiling in his attic. And so he had a major, you know, rehabilitation of his, of his house. So those things really make an impression in your mind when we watched it happen in front of us. And there were a lot of scary things that were talked about at the time. Like would we lose the grid? Would it lose functionality? And that was something that I think sticks in our mind going forward. So I think that’s why we still have some anxiety around it. Kurt Heim (02:59.434)I think for me, I try to use the anxiety to my benefit. Like, Hey, let’s prepare for it. Let’s get things in line to do it so that you can personally be more resilient. But I think that’s where it comes from, Matt. We just all had that very, very visceral experience with Yuri. Matt Boms (03:14.87)Yeah, it’s definitely a shared experience. And I know that the media pays a lot of attention now when a winter storm comes. And the question that I get asked the most is, you know, will the grid survive this winter storm? And luckily we did make it through the last one, right? But I want to really pick your brain on what the root of the problem is here, right? Does Texas have a winter grid problem and what can we do to solve it? Kurt Heim (03:43.148)Yeah, I think you’re putting a fine point on it. You know, we’ll talk a little bit about technology and heating technology specifically as one of the, I guess you could call it vulnerabilities that we have. But you know, what these events really teach us is that we can put a button on some of the things that we need to change and do. And so, you know, out of URI, there was a lot of attention paid to weatherization. And I think that the Kurt Heim (04:11.106)The legislature has done a lot of good work and then the PUC and ERCOT have done a lot with that too. We may have that largely behind us, but then we’re also exposing these other rocks. And one of them is around heating technology. We’ll talk a lot today about electric resistance heating. And that is a form of heating that is extremely wasteful. It’s an old technology that we still have on our grid, but we have it its scale. Kurt Heim (04:38.986)And so that’s the concern really that we’re driving forward and one that we really need to keep in front of us. And one that we can solve as, you know, if we’re talking about the energy discussions, one of the nice things about where we are today is that it’s more of an all of the above discussion. And I truly sense that when I’m talking to people about it. so finding places to understand where we have opportunities, where we have levers, where we have things that we can change. Kurt Heim (05:08.546)that are not terribly expensive, but they need to be addressed is really where we are. so I think winter grid problem, I think we have an electric resistance heating issue that we need to solve. And that’s one that we’ll probably talk about some of the stats in this discussion, but it’s not insignificant. And I think that it fits a lot with where Texas wants to go. We probably want to use that power that we could save by changing heating technology. Kurt Heim (05:34.882)to do other more value added things that will help the state prosper. that’s really what I think we have is a heating problem, heating technology problem. Matt Boms (05:43.862)Yeah, well said and help us understand what that means, Kurt. So when you say resistance heating for someone listening to this podcast and maybe they’re in a house or an apartment and they have res

Texas just got another winter gut-check—not on the level of the deadly 2021 freeze, but still with enough ice, outages, and anxious headlines to remind everyone how fast confidence can evaporate.In this episode, Matt Boms and Josh Rhodes unpack what they saw in real time. The biggest takeaways are simple: a lot has improved, and some of the hardest problems are still sitting right in the open.“There were a lot of questions… what has changed since Winter Storm Uri [in 2021]. The first part of that is absolutely the winterization efforts.”“Texas deserves a lot of credit for how far it’s come since then.”The first misunderstanding, grid vs. everything elseA chunk of what people experience as grid failure is not the bulk power system at all, but rather the distribution layer: the poles and wires in neighborhoods, tree limbs, cars that skid into poles, and ice that turns ordinary infrastructure into a brittle mess.That distinction matters:even if ERCOT grid is in decent shape, plenty of Texans could still be in the dark because local equipment gets wrecked.What actually got better since UriThe hosts give credit where it is due: far more power plants have been winterized since 2021.At the same time, their conversation keeps circling back to one big concern: natural gas.Texas leans hard on gas in peak winter conditions, so energy insiders end up asking some version of: Will the gas system hold up when demand spikes and the weather is ugly?That question is not ideological. It is operational.The quiet headline: new capacity, new shapeOver the last five years, Texas added a lot of generation, and a big share of it is solar plus batteries. That changes the daily rhythm of how ERCOT meets load.And it changes the conversation during winter events, too.Renewables and batteries strengthened the grid last weekend and helped shield Texans from theprice spikes that other regions saw. While batteries do not solve winter, this storm shows how they provide essential electricity when conditions are tight and every megawatt matters.Josh also gets specific about how people should think about storage—not as a magical substitute for everything else, but as a tool that can provide particular services at particular moments.The public narrative still lags the realityCoverage of extreme weather events often flattens into a single question: Did the grid fail?That framing misses the more interesting, more actionable questions:* What failed: generation, transmission, distribution, fuel supply, or communications?* What was close to failing, but did not?* What investments best reduce the next risk Texas will face?As the panelists note, there was some tightness and scarcity on the grid last weekend. It was not nothing. But it was nothing like the challenge we faced in 2021.The next wave is not weather, it is loadWinter events are the stress tests everyone feels, but load growth is the slow-motion pressure that can change everything, including market behavior and planning decisions.The hosts touch on the reality that even partial progress matters. That is not a victory lap, it is just what real system improvement looks like.As they note, Texas needs to focus on reliability math, not vibes. What policies move the needle, and what trade-offs Texans are making when we choose between speed, cost, and resilience?The ERCOT grid is getting stronger. Winterization has helped. The resource mix is changing quickly. Batteries are becoming real operational players. Gas still matters.But distribution outages still hurt. And load growth is coming, ready or not.Timestamps:* 00:05 – Winter Storm Fern, system performance* 01:56 – Uri comparisons and media anxiety* 03:17 – ERCOT forecasts, winterization progress* 05:21 – Batteries, frequency and morning ramp* 07:30 – Natural gas risk and Permian freeze-offs* 11:56 – Resistance heating and winter peak demand* 16:00 – Diversified grid, solar, wind, gas together* 24:33 – DOE order, demand response, what’s next This is a public episode. If you'd like to discuss this with other subscribers or get access to bonus episodes, visit www.texasenergyandpower.com/subscribe

In two weeks, Texas will observe the five-year anniversary of Winter Storm Uri — the devastating 2021 freeze that drove electricity demand to unprecedented heights, froze gas lines and plants, and triggered a blackout that darkened nearly half of the state.The anniversary will come just days after the latest arctic blast hits Texas; this coming weekend, people across the state will likely see lows well below freezing, as well as snow and freezing rain.It’s meaningful that state leaders expressed confidence this week that “there will be sufficient generation to meet demand this winter,” thanks both to five years of weatherization efforts and burgeoning supplies of renewables, especially batteries.But as this week’s Energy Capital Podcast shows, the defining grid issue in Texas is not simply whether it will survive the next extreme weather event.It’s whether Texas can serve skyrocketing load growth without once again facing the systemic risk that Winter Storm Uri exposed.Former Texas PUC Commissioner Will McAdams joined The Energy Capital Podcast to reflect on what really went wrong five years ago, how Texas legislators and regulators responded, and what has to go right next.As McAdams notes, Uri was not a single failure — it was a cascading series of failures.“There were a number of events that occurred that stacked on top of each other. You had generation outages, you had frequency issues, you had other generators tripping offline as they tried to arrest the frequency freefall of the system. And then that led to deep load shed, situations where power was curtailed to the entire energy system. So it was a series of dominoes that ended up falling.”In the years since, the state has bolstered protections against extreme weather. ERCOT now conducts regular winterization inspections of generators, McAdams said, and the Public Utility Commission has authority to hold generators accountable.“ERCOT has hired hundreds of inspectors that go out every season to inspect to those standards… the PUC can fine [generators] up to a million dollars per day per incident where they’re out of compliance.”The state’s booming battery storage industry has also changed the game. In 2021, Texas had less than one gigawatt of batteries on the grid. Today, it has more than ten times that. McAdams said that dispatchable battery capacity can transform the way the system responds to a Uri-like emergency:“If we had had the batteries that we have today during Winter Storm Uri, those batteries would have instantaneously reacted. They would have arrested the frequency freefall, stabilized the system, and bought time for other generation to respond. That doesn’t mean it solves everything, but it changes the dynamics dramatically.”That helps ERCOT navigate extreme weather — and accommodate massive load growth.ERCOT’s large load interconnection queue grew nearly 300% last year, with large industrial and data-center loads seeking service at a scale ERCOT has never managed before. But just as he expressed confidence about the state of the grid heading into next winter storm, McAdams said the state is well-positioned to serve the economic growth that’s coming.“This feels unprecedented because of the size and speed, but Texas has gone through major load growth before. After World War II, with the buildout of air conditioning, we saw huge increases in demand. And we innovated our way through that. That’s what we’ve always done.”Five years after Uri, Texas is more prepared than it was in 2021. The grid is bigger, stronger, faster, and safer. That will matter this weekend, helping keep the lights on when the cold temperatures arrive. It will matter even more down the road, as large loads come to Texas. Please subscribe and share.Timestamps:* 00:05 – Intro, Will McAdams* 01:19 – PUC path, lessons from Uri* 05:20 – Weatherization rules, what changed* 07:33 – Demand growth, defining decade* 09:38 – Building generation, lead times* 11:45 – Why bills rose, T&D costs* 16:32 – DERs and new grid tech* 20:50 – ADER, dispatch at distribution level* 22:38 – Flexible demand, smart load shifting* 26:51 – Deferring wires, market incentives* 30:31 – Batteries, volatility, price impacts* 32:41 – Transmission vs DERs, politics* 35:17 – What Will is doing next* 38:52 – Final thanks and outroResources:Host, Guest & Company* Matt Boms - LinkedIn* Texas Advanced Energy Business Alliance - LinkedIn* Will McAdams - Linkedin * McAdams Energy Group - LinkedIn* Texas Lobby StrategiesBooks, Articles, Reports Discussed* The Value of Integrating Distributed Energy Resources in Texas - TAEBA* Aggregate Distributed Energy Resource (ADER) Pilot Project* Winter Weather Readiness - ERCOT Related Podcasts • All Energy Capital Podcasts • Flexibility Driving Reliability and Affordability with Matt Boms• How AI Data Centers Can Go From Villain to Hero with Varun SivaramTranscript: Matt Boms (00:00.0)Hi everyone, I’m really excited to welcome Will McAdams to the podcast today. This is a really exciting chapter in our state’s energy history and I am very excited to be joined by an amazing guest today. So thank you so much, Will, for joining. Will McAdams (00:22.156)What a privilege, all right. Matt Boms (00:24.088)Will is a former commissioner at the Public Utility Commission of Texas. One of the architects of Texas’s modern grid reforms after Winter Storm Uri. At the PUC, Will helped establish some of the most stringent power plant weatherization standards in the country. He also led the creation of the ADER pilot program, the first program in the U.S. to allow virtual power plants to provide reliability services to a major grid. Will also represented Texas at the Southwest Power Pool. Matt Boms (00:54.274)shaped regional energy reliability policy, and he also served in senior roles in the Texas legislature. Will is also an Army veteran, and I want to thank him for his service on the podcast here, and really just for your leadership, Will, in the state of Texas, and just to say thank you on all of us who work in the industry, because we are all following your footsteps, and just thank you for playing such a pivotal role in our energy policy. Will McAdams (01:17.784)Glad I could help Matt. Thanks. Matt Boms (01:19.714)So I wanted you to take us back in time here. You stepped into a role in probably the most dramatic grid event in Texas history. We’re coming up on the five year anniversary of Winter Storm Yuri. So if you could just reflect on that and what was going through your mind in the first few weeks when you were appointed commissioner. Will McAdams (01:39.554)Yeah, Will McAdams (01:40.034)the first thing I had to do was try to figure out what happened. And, you know, there was information for public consumption and then there was information that we needed just to figure out the mechanics of the disaster, the crisis, how it unfolded, the sequence, how one step led to another that resulted in such deep and long lasting outages, which resulted in loss of life and property damage and just devastating economic effects for the state. Will McAdams (02:09.695)And we did that. So that first week was just a series of calling in, you know, former colleagues, friends that I knew in the industry and just asking them point blank in front of a dry erase board, what happened? And at some brutally honest answers, a lot of it was very fresh for them. A lot of them were picking up the pieces to businesses, to facilities that were damaged by the crisis, power generators that were wrecked. Will McAdams (02:38.38)We really had to rebuild the system, rebuild how the system operated together and take a look at how to hold people accountable and how to check that this never happens again. Matt Boms (02:48.118)Yeah. And obviously we’ve got a lot of folks now asking questions at the five year anniversary of how are we better prepared now than we were five years ago. And I can’t think of a better person to ask that question to. Will McAdams (03:01.102)Yeah, actually, I was speaking with a new commissioner not that long ago. And they asked me if I thought we were ready. And I said, point blank, absolutely. And the reason I said that is because in my experience in that first week, asking those questions, how did this happen? What happened? You got to remember how the event transpired. We had 14 days of... Will McAdams (03:25.504)weather forecast that showed that as that storm crossed the Great Plains, was building power, speed, force, temperatures continued to drop. As it moved into Texas, it brought freezing rain and we lost four gigawatts of power generation in less than 30 minutes, which is unheard of. That caused frequency variations and volatility on the system that ended up tripping up other essential generation as they were tried to arrest the frequency freefall of the system. Will McAdams (03:54.464)And then that led to deep load shed situations where power was curtailed to the entire energy system, the natural gas system that was moving gas molecules along the pipelines to power generation plants. And when those molecules stopped, when the power was cut off, they froze in place. And that led to even longer lasting blackouts. And we didn’t come out of it for another four days. So it was a series of dominoes that ended up falling. And I want to point out Will McAdams (04:22.604)Because of that frequency anomaly, because the stability of the system was the first trigger that began leading to the cascading outages, we only had one gigawatt of batteries on the system at that time. One gigawatt to 1.5 gigawatts. If we had had the batteries that we have today, then there would have been no frequency volatility on the system because those batteries would have instantaneously reacted. They would have arrested the frequency freefall, stabilized the system, allowed the gas fleet to catch up. Will McAdams (04:52.722)And we may not have had any outages at that time. mean, we don’t know. It’s really, you know, Monday m

Texas is not short on energy.Texas is short on time.New load is arriving faster than the grid can plan, permit, and build, raising a question that will shape our state’s future: can Texas grow without sacrificing reliability or pushing costs onto the wrong people?That was the backdrop for our first Energy Capital roundtable with Matt Boms, Joshua Rhodes, and Micalah Spenrath.The Defining Story of 2025When we talked about the biggest energy story of 2025, everything circled back to load. Not just more demand, but uncertain demand.Planning gets harder when projections keep shifting. Transmission, interconnection, and long-term investments all depend on forecasts, and those forecasts suddenly feel less stable.And yes, data centers are at the center of it.As Josh put it, you almost cannot talk about energy anymore without talking about data centers. They are reshaping how fast demand shows up and where reliability pressure lands.Markets still matter, but speed does tooTexas remains an energy-only market. Resources still need to compete on cost, reliability, and performance.But markets only work if the system underneath them can move fast enough.ERCOT and the PUC are working to plan for the future, but compressed timelines make responsible planning harder. Speed is no longer just a project challenge. It is becoming a grid constraint.What constraints unlockThis is about more than just generation — ERCOT’s transmission system also is racing to keep up with rising load. Given such constraints, Texas needs to embrace fast, close-to-home energy strategies, including:* Distributed energy resources (DERs)* Demand response* Backup power* Energy waste reductionAs Josh noted, constraints force innovation. When the old approach cannot keep pace, the economics for flexibility get much clearer.What we’re watching in 2026Looking ahead, Micalah, Matt, and Josh kept returning to a few basic themes:* Clean, firm power that can scale* Backup power and resilience* The untapped potential of DERsThese policy solutions sit at the intersection of reliability, affordability, and speed, which is exactly where the grid debate is heading.Texas is going to build a lot of infrastructure in coming years. That brings real benefits, especially to rural communities, but also real impacts.Micalah framed it simply: this is about balance and fairness. Growth works best when communities understand the trade-offs — and they trust that costs and benefits are being shared responsibly.Closing ThoughtsTexas is entering a build-fast era where speed itself becomes a grid resource.That does not mean cutting corners. It means prioritizing the highest-value infrastructure, being honest about who pays for what, and using every available tool to maintain reliability and affordability.Moving forward, we’ll keep these conversations grounded, curious, and practical. If you have thoughts on what Texas should prioritize next, jump into the comments.Timestamps:* 00:06 – Welcome, roundtable kickoff* 01:49 – Micalah origin story, policy path* 03:54 – Josh background, technical roots* 04:08 – Host reactions, early framing* 13:19 – SB 6, PUC, building infrastructure* 15:27 – Data centers, speed-to-power reality* 18:58 – Siting, community benefits and burdens* 20:37 – Pushback, bad actors, headlines* 22:03 – AI hype, narratives, who shapes perception* 24:12 – ADER, DER potential, batteriesResources:Guest & Company* Matt Boms - LinkedIn * Texas Advanced Energy Business Alliance - LinkedIn * Joshua Rhodes - LinkedIn* Webber Energy Group* IdeaSmiths* Micalah Spenrath - LinkedInTranscript:Matt Boms (00:05.966)Hi everybody, welcome to the Energy Capital podcast. I’m Matt Boms and I’m here for our first round table today with Dr. Josh Rhodes and Michaelis Benrath. I’m gonna ask each of you to introduce themselves and then we’ll get started. Josh, you wanna kick us off? Joshua Rhodes (00:22.894)Sure, sounds good. Hey everybody, my name is Joshua Rhodes. I wear a bunch of different hats. I’m research scientist at the University of Texas at Austin where I study electricity system, the grid, just energy writ large, CTO of Ideasmus, as well as commissioner for Austin Energy. And yeah, just excited to be here. Micalah Spenrath (00:40.0)All right. Hi, everybody. My name is Micalah Spenrath. I also wear lot of hats, but my main and biggest hat is that I am a Deputy Director of Policy and Energy at the Houston Advanced Research Center, where I spearhead our legislative and regulatory engagement, specializing in energy policy. So happy to be here. Matt Boms (00:56.824)Well, I’m really excited to be with you both. And we’ve been tasked with this enormous responsibility of co-hosting this podcast. And I’m happy that we all have the chance today to talk. And I want to get into each of your backgrounds and ask each of you to just explain kind of how you got into the energy world, what inspired you to get into this topic and kind of how did it all start? What’s your origin story? Josh, Micalah, whoever wants to kick us off. Micalah Spenrath (01:21.758)Mine was actually already previewed on LinkedIn. So I’ll give you the Spark Notes version. I actually did not intend to get into energy policy. It just happened kind of serendipitously. I went to grad school for engineering, dabbled in some law and policy courses and was really inspired. And then I got some guidance from a mentor who said you should really look into getting into policy. He didn’t specify which kind, but Micalah Spenrath (01:48.888)Considering I’m very interested in climate action and things like that, I figured energy would be a great place to plug in. So yeah, I got a job with Matt. And then that was years ago now, and I’ve just been getting such positive feedback from the community and the work is so rewarding and intellectually challenging. And yeah, why mess with a good thing? I think I’m going to keep this going for a while. Joshua Rhodes (02:16.376)Yeah, so I didn’t start out with the idea of getting into energy. Like I like science, I like STEM. My undergrad and master’s are actually in mathematics. It’s Stephen F. Austin in Texas A And really every time I kept getting out of school was like during an economic recession. And so there was like no jobs to be had. And it was kind of like, well, I’m pretty good at the school thing. So I guess I’ll just keep going. Cause I found that if you keep going to school, you don’t have to pay your loans back. Like they just keep going. Joshua Rhodes (02:44.332)And so I just kept going and going and going, but after I got to like the masters in math, was like, well, I just don’t want to do this for like the math stake anymore. So I switched to engineering to try to be a bit more applied when I came to the University of Texas. One of the first classes I took was a thermodynamics course. And it took the math that I had learned and like knew, and it put it in terms of real systems, how systems use energy, like how nothing’s a hundred percent efficient. There are no perpetual motion machines. Just kind of made it all make sense. Joshua Rhodes (03:13.638)And from then I started working with Dr. Michael Weber at the University of Texas who does a bunch of energy stuff and first got into like how buildings consume energy. Did my dissertation work, you know, based on that topic from like American recovery and reinvestment funds from ARA funds. And then when I graduated, kind of switched more to the supply side. So I’ve been doing more grid modeling and other types of stuff, but it’s just like, I’ve just always been fascinated with just how Joshua Rhodes (03:40.898)we do things and it’s like the energy side of things let me kind of put my interest in kind of how things work and the math side into like doing something good, doing something good for people, for society and all that. Here we are. Micalah Spenrath (03:54.296)sounds very similar to my story as well. And actually thermodynamics was one of my favorite classes in college. So I double click on thermodynamics, but we won’t dive too much into that. Joshua Rhodes (03:56.632)Yeah, absolutely. Joshua Rhodes (04:07.608)would love to actually, but we won’t. Man, that’s a rarity to hear to be honest with you. Matt Renison. Micalah Spenrath (04:12.238)All right, pitching it to Matt. Matt Boms (04:15.534)Well, it’s fun to hear how everyone kind of gets into energy through the back door. Like a lot of us didn’t necessarily intend to work in this industry, but here we are and we’re kind of neat in energy issues. came into it through economics, like trying to study local economic development and understand how some communities are left behind while others seem to thrive. And I think energy plays a huge role in that. think, you know, working in Texas, we have a first row seat to Matt Boms (04:44.856)kind of how the state has undergone this amazing development over the past few decades. And a lot of that is really, you can draw a straight line between that and energy, right? Just the abundance of energy that we have in Texas. So I wanted to ask both of you, in your experience, the way that people think about energy in Texas, what is the most common misperception or how do you think about energy and how is that different from how the average person thinks about energy in Texas? Micalah Spenrath (05:14.54)I can start with that because I used to just be an average person not too long ago. And quite frankly, I just didn’t even think about it. Outside of thinking about emissions and cost, of course, because we all paid utility bills, I really did not consider utility regulation. I did not think about reliability. I didn’t think about ERCOT, except when they were asking me to voluntarily conserve multiple times a year, which was fun. Micalah Spenrath (05:43.64)Having that frame of reference is completely a 180 to have, think, about energy now. In fact, I think it’s one of the most integral aspects that we can focus on to provide better futures for communities

This episode is a little different. As I wrote on Friday: this is both a transition and an expansion. Several folks will be stepping up to use this platform and I couldn’t be more excited to hear what comes next.A platform, now with more places to standArchimedes said: “Give me a place to stand and I will move the Earth.” This podcast will become a platform for more people to stand.The podcast is moving into a multi-host format, and one of those new voices is Matt Boms, Executive Director of the Texas Advanced Energy Business Alliance (TAEBA). Matt has been a leader on some of the most important energy work in Texas: distributed energy resources, affordability, energy waste reduction, grid flexibility, and much more.How I got “bit by the bug”Matt asked how I got into energy. The real answer is, slowly and then all at once.My early work in energy policy was at the Texas Legislature, in a stretch (2005 to 2009) when a lot was happening and the instincts to build and expand were strong. That period mattered because it shaped a belief I still hold today: Texas works best when we put pragmatism above ideology. Texas is a place to build and do big things.The next frontier is the grid edgeOne of the big themes in this conversation with Matt is that the “cheap electrons” story is true on the generation side, but bills keep climbing because transmission and distribution costs keep rising.So if we’re serious about affordability, we have to talk about the distribution grid, and the tools that can help us defer (or avoid) some of the costs associated with building out the grid. We’re still going to spend a lot but can we avoid some of it?That’s where distributed energy resources (DERs) come in, and where Texas has a real opportunity to lead.Matt and TAEBA recently looked at what DERs could do in Oncor’s territory. The numbers are big, but here’s the one that sticks: about $279 per family per year in savings. If you want a sense of how big a difference that would make for many Texans, check out my discussion with Margo Weisz of the Texas Energy Poverty Research Institute:There are two core value buckets behind these savings:* Wholesale market value (DERs competing through aggregation, the work ERCOT is already moving through)* Transmission and distribution deferral or avoidance (often the larger, currently under-valued piece)If we get the policy design right, DERs can help lower system costs, enable load growth, and reduce the pressure that shows up on people’s bills.Final ThoughtsIf you’ve been listening for a while, let the new team (more announcements on that soon) know what topics you want them to cover next. The next chapter is going to be great. I can’t wait to listen!Timestamps* 00:00 – Introduction* 02:30 – Matt asks his first question!* 04:00 – Doug’s first energy experiences* 05:30 – * Beginner’s mind ** 07:00 – Politicization of energy, what brings us together, * 10:00 – The need to look for similarities first* 14:00 – How do we meet Texas’ rapid demand growth? (Here’s the slide I was referring to:)* 16:00 – How do we continue to grow the economy and electric demand?* 18:00 – Distributed energy resources * 20:00 – Matt’s work on demand side * 23:00 – Distributed batteries can last a lot longer than an hour or two!* 25:00 – The TAEBA study showing $2,000 savings per family in DFW from DERs. More on T&D cost avoidance and deferral here:* 29:00 – The potential for Texas leadership* 32:00 – What does Matt want to cover next?* 32:00 – The under-discussed part of the Texas Energy Fund: the Texas Backup Power Package Program for critical facilities* 36:00 – Matt’s thank you, Doug’s excitement to stop talking and start listening!ResourcesGuest & Company* Matt Boms - LinkedIn* Texas Advanced Energy Business Alliance (TAEBA) - LinkedInCompany & Industry News* The Value of Integrating Distributed Energy Resources in Texas’ Oncor Territory* New Study Finds Oncor Customers Could Save $8.5 Billion With DERs* Texas Energy Fund, Backup Power Package ProgramTranscriptDoug Lewin (00:04.526)Welcome back to the Energy Capital podcast. I’m your host, Doug Lewin. Today’s episode is a little different. The platform is expanding into a multi-host format. I’m really excited about these changes. I cannot wait to be a listener to this podcast and hear where it’s going. I’ve been working with your new hosts and there are several on the issues and topics and speakers they’re going to be inviting and I could not be more excited. Doug Lewin (00:33.504)about where this is gonna go. I put out a post this morning at the Texas Energy and Power newsletter called It’s a Transition and an Expansion. And that is exactly what it is. Change can be hard, but change can also be really good. And this is an opportunity for a lot of folks to use the platform that I have helped to build. There’s a famous quote from Archimedes where he says, give me a place to stand and I’ll move the earth. Doug Lewin (01:03.768)You all, dear listener, come on, it’s the Energy Capital podcast. Y’all, dear listeners, have given me a place to stand, given me a voice, and I’m deeply, deeply grateful for that. Now, other folks are gonna have this place to stand to move the Earth. Stand with them, help them through this transition and expansion, and I know you’re gonna be really excited to hear what comes next. So today, again, this is a little different. Doug Lewin (01:31.2)and thrilled to introduce one of the new voices who will be carrying this work forward. That’s Matt Bombs. Matt is the executive director of the Texas Advanced Energy Business Alliance, TABAA for short. They do some great work in Texas and Matt has done some great work, particularly around distributed energy resources. He was part of that aggregated distributed energy resource task force that has had a lot of success in Texas. He’s also part of the advisory committee on the backup power package program I talk a lot about. He was instrumental Doug Lewin (02:00.138)in getting the Texas Energy Waste Advisory Committee established here in Texas. So he’s done a lot of great work. He is an expert in his own right. He is very interested and curious about all this stuff, just like I am. And I’m thrilled that he’s one of the people that is going to be stepping onto this platform. So what you’re here today is me interviewing Matt and Matt interviewing me. A little bit of a retrospective looking back. I hope you enjoy this episode and I hope you enjoy all the episodes going forward. Doug Lewin (02:28.364)I can’t wait to listen myself and I know you’re gonna like what comes next. So with that, thanks for listening and let’s jump in. Matt Boms (02:43.352)Hi everybody, I’m Matt Bombs and I’m here with Doug Lewin on the Energy Capital podcast. Doug, it’s great to have you here on the podcast that you built. And now that I’m hosting the podcast with a few of my very talented and brilliant colleagues, it’s just a great opportunity to pick your brain and to hear more from you. I really do want to hear more about your story and how you first got into energy. What was the key factor that really brought you into this industry and how did you first get started? Doug Lewin (03:11.522)Yeah, Matt, before I jump into that, just want to say how thrilled I am to be able to take this platform that I think really is reaching a lot of people that are really interested in Texas energy. Texas is such a dynamic place and you’re such an important part of that ecosystem. And I’m thrilled that you’re excited to step into this role, like you mentioned with some others. So, you know, we, often joke in the energy world about energy transition and energy expansion. This is both, it’s going to be an energy transition and an expansion. Doug Lewin (03:41.154)You know, with, new hosts coming in and there’ll be multiple of them that’ll allow more exploration. And I’m just so thrilled you’re in that mix. So thanks, Matt. So to answer your question, it’s something I’ve talked about a little bit on the pod over the years, but not a lot. And yeah, look, I can’t even like tell you like, Hey, there was this moment or this, you know, day or week or month or year where it would like all clicked and like, this is what, like what I want to do with my professional life. It kind of happened over time. Matt Boms (03:49.59)Awesome. Thanks so much Doug. Doug Lewin (04:09.614)Certainly some of my first experiences with energy policy were at the legislature. And it was a time at the legislature, there was a really good time to be there. It 2005 to 2009. It was just a very different time over there, particularly related to energy policy. So like a lot of things were happening, right? 2005 Senate bill 20, which had an expansion of global portfolio standard, the big expansion of the transmission system commonly known as CREZ, but really that enabled a lot of the economic growth Texas had over the last 20 years. Doug Lewin (04:39.758)You know, that was passed in 05, 07, there was a major efficiency bill that was passed then. I had the privilege to work on that. That was with Representative Strauss before he was Speaker Strauss. And then, you know, 2000, when 2008, right, people forget this, but you had both Republican and Democratic candidates running on platforms that were extremely pro clean energy, climate action, all that kind of stuff. And obviously 2009, you had... Doug Lewin (05:05.166)President Obama and there was like RF funds and all that kind of stuff. So like, it was just kind of a fascinating time to be in there. Add to that, that like 2005, six Al Gore puts out inconvenient truth and Rick Perry fast tracked 11 coal plants. Now Perry was like, you know, pro wind and solar and pro transmission and pro coal. He’s got to like pro everything, but you know, 11 coal plants, right in the middle of that context of like this dawning awareness around climate change. It was just kind of, it was just a fascinating time. Doug Lewin (05:33.932)to be in it and I’ve always foun

Everyone’s talking about the cost of power lately. But the Texas Energy Poverty Research Institute has been studying, talking, writing, and working to do something about it, for over a decade. In recent research, TEPRI found that 65 percent of low and moderate income Texans are cutting back on essential energy use, often turning off AC in extreme heat. But their demand reductions aren’t necessarily saving them much money or supporting the grid. Affordability is now a very high salience issue and there’s no one better to help us understand than TEPRI Executive Director, Margo Weisz. She talked about energy burden and affordability in Texas and the clearest paths to ratepayer relief.TEPRI’s latest research shows bills increasing sharply over the last five years and again in the next five years: TEPRI Releases ERCOT Electricity Affordability Outlook: Forecasting Residential Electricity Prices and Burdens (2025-2030)Energy burden is rising sharplyEnergy burden is the share of income spent on electricity. In Texas:* ~4.5 million households are low or moderate income.* Their average electricity burden for a low income Texan is nearing 7% — that is, they pay 7% of their income for their power costs alone — and expected to be 9% by 2030.* TEPRI’s modeling shows about a 29 percent increase in the cost of power over the last five years, with another 29 percent projected for the next 5 years.* The biggest increases are coming from transmission and distribution utilities.Wages are not keeping pace, leaving an average affordability gap of roughly $850 per year.Because of this, households are taking risky steps — or getting shut offAs TEPRI’s survey shows, they are turning off or limiting AC in dangerous heat, skipping essentials to pay the bill, and accumulating arrears until shutoff notices arrive. And 12% were actually shut off. But Texas does not track disconnects so we don’t know if this survey matches actual shut-offs.These actions point to system-level strain. They increase health risks and make reconnection more expensive for everyone.Efficiency and distributed energy are long term solutionsEfficiency is the fastest, cheapest way to cut bills and peak demand. Weatherization and efficient HVAC could reduce load and permanently lower costs for the households who feel the most pain.Distributed energy goes one step further. Community solar, batteries, and virtual power plants at homes and apartments can lower bills, reduce peak load and improve resilience. Final ThoughtsEnergy burden is the lived reality of the Texas grid. Millions of Texans are paying nearly 9 percent of their income for electricity, and many are already taking unsafe steps to stay connected.But we have real options. Smarter enrollment for bill help. Scalable efficiency. Community solar and virtual power plants that lower costs and support ERCOT.If this work matters to you, share it with someone who cares about Texas energy, and consider subscribing so we can keep tracking what works and where Texas can lead.Timestamps* 00:00 – Intro and why energy burden matters* 02:00 – Margo’s background and TEPRI’s mission* 04:00 – “energy limiting behaviors” often aren’t saving much money* 05:00 – Community Voices Energy Survey and behaviors* 06:30 – How Bandera Electric Co-op is helping their customers* 08:30 – Texas does not track disconnect data* 10:00 – “Sexy energy efficiency” and heat pumps; the split incentive problem* 12:00 – TEPRI’s approach to applied research* 13:30 – Defining and measuring energy burden* 17:00 – the potential for energy abundance and what that means for low-income Texans * 19:00 – Texas rates are lower but rising faster than the national average. Why?* 22:00 – How do we allocate costs for socialized grid upgrades and storm recovery? (SB 6 implementation)* 27:00 – What’s going to happen to bills in the next 5 years?* 30:00 – Where some downward pressure for prices could come from* 32:00 – What do we do about all this?* 35:00 – Bill assistance and the future of LIHEAP* 36:00 – Scaling efficiency and demand response in Texas* 39:00 – Virtual power plants in low-income communities* 41:00 – Enlightened self interest: helping those in need helps everyone* 43:00 – Margo’s closing thoughtsResourcesGuest & Company* Margo Weisz – LinkedIn* Texas Energy Poverty Research Institute (TEPRI) - LinkedIn Company & Industry News* TEPRI New Report: “ERCOT Electricity Forecast Outlook”* TEPRI Receives Outstanding Non-Profit Award at Texas Energy Summit* TEPRI 10-Year Anniversary Celebration and Future of Energy in Texas * Community Voices Energy Survey* E4-TX Geo-Eligibility Tool* Low Income Energy Assistance Program on TX System Benefits ChargeRelated Podcasts by Doug* Why Your Utility Bill Keeps Rising YouTube* Creating a Distributed Battery Network with Zach Dell YouTube* How Data Centers Can Strengthen the Texas Grid with Astrid Atkinson YouTubeRelated Substack Posts by Doug* The Affordability Crisis Deepens: Reading & Podcast Picks, August 31, 2025 * An Expensive and Unnecessary Capacity Market* Energy Inflation* Texas Has Never Had a Summer Blackout — Here’s Why That May ChangeTranscriptDoug Lewin (00:05.548)Welcome to the Energy Capital Podcast. I’m your host, Doug Lewin. And my guest this week is Margo Weisz. She is the executive director of the Texas Energy Poverty Research Institute or TEPRI. Everybody these days is talking about affordability, and rightfully so. Affordability played a very important role in the recent elections in New Jersey, Virginia, and Georgia. And we are seeing increasing numbers of Americans and of Texans that are struggling to pay their bills, that are making that terrible choice between food, medicine, and their power bills. As high as 30 and sometimes 40% of Texans making those choices. TEPRI has done incredible work with their Community Energy Voices survey, where they surveyed 6,500 low-income Texans and found that more than 60% of them were engaged in energy-limiting behaviors. Translation of energy-limiting behaviors is, in some cases, particularly with medically vulnerable populations, extremely medically risky. This is a problem we’ve got to solve together. And as I talked about with Margo, who’s just a fantastic leader in this space in Texas, the solutions actually can help across the grid. One of the things TEPRI is working on is distributed energy resources at multifamily facilities. And one of the things we talked about there is how all of us benefit from implementing those kinds of solutions. It’s what I’ve referred to—I didn’t come up with this term; I’ve heard it in a lot of different places—but enlightened self-interest. If we are getting solar and storage and energy efficiency out widely, particularly to low-income Texans, that strengthens the grid for all of us while it lowers their energy bills. So looking for those win-win-wins is what Margo and TEPRI are all about. I hope you enjoyed this episode and, as always, if you did, please share it with a friend, family member, or colleague and please leave us a five-star review wherever you listen. And with that, here’s my conversation with Margo Weisz.Margo Weisz, welcome to the Energy Capital Podcast.Margo Weisz (02:11.64)Thank you, Doug. It is awesome to be here with you. Yeah.Doug Lewin (02:15.662)We’ve been talking about this for a while, but this is timely because you guys have a really important paper coming out that we’re going to talk through a little bit. But before we get into all that, can you just share with the audience a little bit about the Texas Energy Poverty Research Institute? What do you guys do? What’s it all about?Margo Weisz (02:29.486)Right, we’re a statewide nonprofit and we address the acute energy needs of people with low incomes. And we do it in a variety of different ways. As our name says, we do some research and we’re going to talk a little bit about that today. And the cornerstone of our research is a survey of low-income households throughout the state. And I know we’re going to get to that. We also do some pilot projects. So we take what we learn in that research and then we try to figure out some strategies to solve some of the challenges that low-income households face by doing a variety of different pilot projects on the ground. We also have some web-based tools that we use, that we’ve created, and we do a little bit of education as well.Doug Lewin (03:09.134)Great. Thanks for that. We’ll have information on the organization in the show notes. So folks that want to learn more about TEPRI, I encourage you to go check out their website. You just mentioned the Community Voices Energy Survey. You all surveyed 6,500 Texans who are low or moderate income. Can you talk a little bit about what are some of the key takeaways from that for you? What a fantastic exercise. Yeah. So what did you guys learn?Margo Weisz (03:32.626)Right. I mean, it’s so important for us to really have our work guided very much by the experience and the priorities of the people that we serve. So we focus on affordability, reliability, and clean energy. What are their behaviors around it? What are their priorities? What are their concerns? So that’s kind of—we just ask a whole variety of questions about their experience in a day-to-day environment with energy. It’s very illuminating for us.Doug Lewin (03:59.756)Yeah, and one of the things that really stuck out to me out of that was 65% of the low and moderate income Texans you surveyed said they engage in, quote unquote, energy-limiting behaviors. I mean, that to me was sort of an eye-popping figure. Can you talk about why that’s so important?Margo Weisz (04:16.649)Yes. So I think these are the ways that people try to lower their bills. So they think to themselves, “How can I lower my bills? I can turn off my air conditioning when it’s, you know, a hundred degrees outside, because it’s probably really expensive if it’s a hundred degrees outside,” or “I can turn off my heat or turn down my heat.” You kno

Thanksgiving Week RepostThis episode originally aired in June 2024. We’re resurfacing it because the core idea discussed here were timely then and even more timely now.We’ve also refreshed the audio, with improved mixing and mastering for a clearer, smoother listen.Crusoe has scaled dramatically since this conversation, including major new funding and new projects in Texas. With so much energy news focused on problems, it felt right this week to highlight solutions in action.When most people see flares in the Permian, they wonder why all that energy is being wasted. Crusoe’s co-founders figured out how to put that wasted energy to good use. They started with cryptocurrency mining and have steadily moved to AI data centers. Over the last few years, they have found themselves perfectly positioned to grow as the AI boom took hold. They’ve recently completed the 8th building at Stargate in Abilene for Open AI and Oracle. They’re also building facilities for Google near Amarillo. In this conversation from May 2024, Crusoe Co-Founder, President, and COO Cully Cavness and I talked about the rapidly growing size of data centers, the flexibility of different kinds of data centers, and how large loads can increase grid reliability. This was one of the earlier podcasts on these topics and I think it holds up really well. For those looking for more on the topic, here are some other Energy Capital Podcasts covering similar ground:What Has Changed Since ThenWhen this episode first aired in mid-2024, Crusoe was already shifting from “flare mitigation plus computing” to a broader energy-first AI infrastructure model.In the time since:* Crusoe has become one of the most aggressive builders of AI data centers in the country. It is now described as an “AI factory company” with a vertically integrated cloud platform built around stranded and low-cost energy.* Abilene, Texas moved from concept to centerpiece. Crusoe is building a 1.2 gigawatt data center at the Lancium Clean Campus outside Abilene — Stargate — as the first phase of a planned 5 GW campus. * The company’s capital and pipeline exploded. Since 2024, Crusoe has raised hundreds of millions of dollars to scale “clean energy data centers,” then a further $1.3 billion in Series E financing, bringing total funding close to $4 billion and valuing the company around $10 billion.In other words, the approach Cully describes in this episode has scaled — rapidly. Why The Core Idea Still Matters For TexasThe heart of the episode is simple:* Methane mitigation is still some of the lowest-hanging fruit in climate policy. Crusoe’s digital flare mitigation aims for 99 percent plus combustion efficiency, cutting the climate impact of flaring while turning waste into power.* Curtailment and congestion are still big problems in West Texas. A “go to the energy” model lets data centers soak up low-priced or stranded wind and solar instead of forcing renewable operators to shut down when prices go negative.* AI loads can be designed to help rather than hurt the grid. Some training workloads can be paused or shifted toward hours when renewables are plentiful. That kind of flexibility is exactly what ERCOT needs as large loads and renewables grow together.Texas sits at the center of all three issues. We flare and vent more than we should. We waste clean power when transmission is full. We are a magnet for AI and industrial loads.Crusoe’s solutions help with all of these challenges. Final ThoughtsThis episode is worth revisiting because it offers a concrete picture of one possible future for Texas: fewer wasted molecules, less wasted renewable power, and more large loads designed with the grid in mind.If you listen again with today’s headlines in mind, I would be interested to hear what stands out for you. If you know someone working in oil and gas, renewables, or AI infrastructure in Texas, feel free to share it with them.We will not get every siting decision right. But we do have choices about whether AI growth deepens our problems or helps solve them.Timestamps* 00:00 – Introduction* 01:30 – Cully’s background and the origin story of Crusoe* 08:00 – How digital flare mitigation works and why it cuts methane emissions* 15:00 – Digital renewables optimization, negative pricing, & stranded wind power* 21:00 – Data center and AI demand growth and what it means for the grid* 28:00– Flexibility of AI workloads and how data centers can act as flexible loads* 38:00 – Efficiency gains in AI chips and power density in modern racks* 41:00 – Location-based versus market-based carbon accounting* 43:00 – “Tally’s Law” and what it tells us about the energy transition* 50:00 – Policy and regulatory changes that could accelerate this kind of solutionShow NotesHost, Guest, & Company• Cully Cavness - LinkedIn, Twitter/X• Crusoe Energy - Crusoe Careers Page - LinkedIn, Twitter/X• Doug Lewin - LinkedIn, Twitter(X), Bluesky, & YouTubeMentions in the Podcast:• Tally’s Law and the Energy Transition by Cully Cavness• The Extraction State by Charles Blanchard (book)• AI, Data Centers & Energy, Interview w/ Michael Terrell - Redefining Energy Podcast• AI is poised to drive 160% increase in data center power demand - Report from Goldman Sachs• Nuclear? Perhaps! - Interview with Jigar Shah on the Volts Podcast• Texas Advanced Nuclear Reactor Working Group at the Texas Public Utility CommissionRelated Energy Capital Podcast episodes:• The Energy Capital Podcast with Former PUC Commissioner Will McAdams• “The Name of the Game is Flexibility,” a Conversation with ERCOT’s Pablo VegasTranscriptDoug LewinCully Cavness, welcome to the Energy Capital Podcast.Cully CavnessThank you so much for having me.Doug LewinReally looking forward to this conversation. Crusoe is really a fascinating company. You guys are doing some really innovative, interesting, and different things. So why don’t we start with you, Cully? Tell us a little bit about your background and about Crusoe. Explain to the audience a little bit who you guys are as a company, if you would.Cully CavnessGreat. I’m excited to be here and share a little bit about what we’re doing at Crusoe, where we came from, where we’re going. In terms of my personal background, I grew up in Denver, Colorado. I went to Middlebury College in Vermont to study and I studied geology and economics thinking I was gonna go into oil and gas. But at Middlebury, anybody who’s familiar with the school will know that the climate conversation was a huge theme and a huge focus in that student body. And it made a big impact on me.And so I actually, right after I graduated from college, I was awarded a Thomas Watson Fellowship, which is a program where you’re sort of banished from your home country for a year and you get to go study whatever subject you really want to study for that year. And I wanted to think about this sort of morality of energy and the balance between energy and the economy and the environment. And so I was really fortunate to be able to go to Iceland where I worked with a lot of geothermal power and hydro producers. I went to China where I was much closer to coal. And then I went to Spain. I worked with wind and solar developers for the CFO of a large renewables group there. And then I went to Argentina and I worked with a hydroelectric engineer.And I got to really see a pretty broad survey of the global energy system, everything from finance to project development and management to engineering and operations. I saw power plants that had broken and were in stages of repair and learned a lot from that experience.And from that, I ended up going into the geothermal energy industry. I had a mentor who was the CEO of a company called Global Geothermal, and he took me under his wing. And for the first few years of my career, I was developing geothermal power plants, mostly internationally. And then sort of long story short, I ended up doing an MBA over at Oxford in England and came back to an oil and gas focused investment bank here in Denver. It was sort of the one energy focused investment banking role in Denver, primarily oil and gas clients. And that brought me back into the oil industry. I ended up being a Vice President of Finance for a private equity backed oil and gas company after that. And we were drilling some exploratory oil and gas wells in Eastern Colorado. That was sort of a step out from the core shale play, the Niobrara. We were miles away from the core of the activity. We drilled some wells that ended up being good oil wells, but there was no natural gas pipeline infrastructure in that area. And so the default then is, at least at the time was, all right, if you can’t get the gas into a pipe, you put the oil into a truck and you send the truck to the refinery. That’s how you sell the oil. And you can’t do that with the gas, so you just light it on fire and you burn it. It’s called a flare. And I thought that was pretty insane. And I was frankly, I was embarrassed about it. You know, just considering the path that I’d gone through and that I had really wrestled with that intersection of climate and environment on one side, but then the economic and human benefits of energy access on the other.Wasting the energy the uncombusted methane emissions. I had a big problem with that and I’ve been you know, I’ve been playing around with mining Bitcoin as a hobby in my basement and my wife was observing that you know, the there’s like hot wind coming out of the basement and our power bill had dribbled and that’s also a commercial problem related to energy and an environmental problem related to energy. And the insight was basically maybe one of these problems can solve the other. What if we could package a modular data center that could go to the oil field, actually sit on pad next to a flaring well site, capture that gas that was being flared, turn it into electricity, use the electricity to power the modular data center and basically new way to, we called it the digital pipel

“Everyone hates data centers.”That was the subject line on the email newsletter from Heatmap Daily the day before I sat down with Dr. Varun Sivaram, co-founder and CEO of Emerald AI. Communities see huge new loads coming onto the grid, hear about billions in new infrastructure, and worry that their bills will go up.It doesn’t have to work that way.Varun argues there are two paths. On the villain path, AI data centers drive up power bills and increase the likelihood of outages. On the hero path, they become flexible grid assets that help us use existing capacity better, absorb much of the cost of new grid infrastructure, and help residential and small commercial customers pay for distributed batteries, heat pumps, and more.Texas and ERCOT are at that fork in the road.Two futures for AI data centersVarun calls this a “critical juncture.” If ratepayers have to pay more and grid reliability takes a hit, communities start pushing projects away and the U.S. falls behind in the global AI raceThe alternative is the hero path, where data centers show up as flexible partners:Data centers in this hero path are going to contribute to grid reliability and help us to avoid rolling blackouts. I think we can get there, but we’re not on that path right now and folks are right to worry. And this is the moment where we switch from the villain to the hero.Texas has a chance to innovate — both technologically and with policy. Regulatory innovation is as important as technological innovation — maybe more so.Turning AI load into flexibilityEmerald AI is a software layer that makes AI workloads flexible. Varun breaks it down into four kinds of flexibility:* Temporal. Once you know what can move, you can shift it in time. Training a big model at 6 p.m., when ERCOT is tight, is very different than running it at 2 a.m. when prices are low and resources are abundant.* Spatial. Many jobs can move across locations. If a Texas node is stressed and another region is fine, traffic can be shifted without changing the user experience.* Resource. Some tasks truly need instant answers, others can wait minutes, hours, or days. Emerald deploys and optimizes onsite resources when necessary.* Adjacent. Data centers can purchase flexibility — putting money into the pockets of residential and small commercial customers — from distributed batteries, HVAC systems, and other controllable equipment. Put together, these layers make a data center behave less like a rigid block of demand and more like a flexible grid asset when conditions require it.The Energy Capital Podcast is a reader-supported publication. To receive new posts and support my work, consider becoming a free or paid subscriber.ERCOT’s stakes and the Texas choiceVarun shared a conversation with ERCOT CEO Pablo Vegas. Vegas said he did not just want a tool that jumps in during emergencies. He wanted something that keeps the grid from getting to an emergency. Don’t want for the flashing red lights; have data centers contribute flexibility when the lights are flashing yellow.That is the heart of the hero path.ERCOT was already dealing with intense load growth from industrial projects, crypto-miners, traditional data centers, increasing population, hotter temperatures, and now AI data centers. Texans will not accept anything less than high reliability and lower bills. If the PUC and ERCOT treat AI as inflexible, we will need to build a lot more capacity and infrastructure than we might otherwise need.If we require and reward flexibility, we can serve more load at lower cost, then add new infrastructure when truly needed.Final ThoughtsThe hardware and software inside AI data centers means they are already some of the most controllable loads connected to the system. With the right tools, incentives, and market structures, AI factories can act as shock absorbers instead of stress multipliers.Texas leads on gas. Texas leads on wind. Texas leads on solar and storage. We can also lead on making AI an ally to the grid, not a villain. That will take work but it is possible. It’s a choice we can make.If you enjoyed this podcast, please share it with a friend or colleague or family member or neighbor. The more Texans engage with these decisions, the better chance we have for a grid that is reliable, affordable, and cleaner for everyone.Timestamps:* 00:00 – Intro, Varun bio, Emerald AI* 02:15 – The villain and hero paths for AI data centers* 05:30 – Phoenix pilot as a tangible example of the hero path* 09:00 – California simulation of 2020 outages* 10:00 – Possibility of doing a pilot in ERCOT, Pablo Vegas’s comments* 12:00 – What exactly does EmeraldAI do?* 14:00 – Breaking down four flexibilities: temporal, spatial, onsite resource flexibility, adjacent* 20:00 – Emerald AI’s focus is on onsite flexibility* 24:00 – Real-world stress test results* 27:00 – What excites Varun about AI* 32:00 – How AI can help lower power bills: the central tenet of the hero path* 36:00 – Why ERCOT is potentially the global model for speed to power* 40:00 – Connect-and-manage for loads* 43:00 – A reference design for AI factories from a pilot in Virginia* 46:30 – The hero and villain path for AI and emissions* 49:00 – Optimizing the system to buy time until nuclear, geothermal, etc. are ready* 51:30 – Getting a win-win-win: on affordability, on AI innovation, and sustainable, reliable systems* 52:30 – Final thoughts: the Emerald AI teamResources:Host, Guest & Company• Varun Sivaram - Linkedin • EmeraldAI - LinkedIn• Doug Lewin - LinkedIn, Twitter(X), Bluesky, & YouTubeCompany News• Sharing Our Seed Extension - Press Release• National Grid and Emerald AI announce strategic partnership - Press Release• How AI Factories Can Help Relieve Grid Stress - Press Release Books & Articles •The Worlds I See: Curiosity, Exploration, and Discovery at the Dawn of AI by Dr. Fei-Fei Li•The Country’s Biggest Grid Has a Plan to Manage Data Centers’ Power Use. Everyone Hates It. - Heatmap News •The mechanics of data center flexibility - Catalyst Podcast (Latitude Media) •How the world’s first flexible AI factory will work in tandem with the grid by Arushi Sharma Frank in Latitude MediaPolicy & Reports • Report on disorganized integration of data centers - Texas Reliability Entity • 2025 State of Reliability - NERC• The Worlds I See - Dr. Fei-Fei Li• Arushi Sharma Frank’s ERCOT Planning Guide Revision Request• Retail Electricity Price and Cost Trends: 2024 - Lawrence Berkeley Labs• Rethinking Load Growth - Tyler Norris and Duke University• ANOPR on Large Load Interconnection - FERC• Emerald AI: presentation to ERCOT Large Flexible Load Task Force • PGGR 135: Large Load Interconnection Queue Process RevisionRelated Podcasts by Doug• How Data centers Strengthen the Grid - Astrid Atkinson• Texas’ Load Growth Challenges – And Opportunities, with Arushi Sharma Frank• How Load Flexibility Could Unlock Energy Abundance with Tyler NorrisRelated Substack Posts by Doug• AI Data Centers Aren’t Causing Higher Prices • Demand Side Resources Could Enable Load Growth• Can AI Data Centers Lower Costs for Residential Consumers?Transcript:Doug Lewin (00:05.154)Welcome to the Energy Capital Podcast. I’m your host, Doug Lewin. My guest this week is Dr. Varun Sivaram. Varun is one of the most interesting guests I’ve had in the three years now I’ve been doing podcasts, both the Energy Capital Podcast and going back to the Texas Power Podcast. He is the founder of Emerald AI, a company which is transforming energy-intensive data centers into grid assets and grid allies. We talked about all the different ways that data centers, if integrated right... The Texas reliability entity brought this up in a report: the possible disorganized integration of data centers into the grid is one of the biggest reliability risks. I would argue, and clearly Dr. Sivaram argues, the counter is true as well. The organized integration of data centers can actually make grids more reliable and spread costs out to more customers.We got into all of that. Just a couple of notes on Varun: He was formerly the chief strategy and innovation officer at Ørsted. He was the chief technology officer of India’s largest clean energy company, ReNew Power. He was a diplomat at the US State Department. He is currently a senior fellow at the Council on Foreign Relations. He was named as one of Time Magazine’s Time 100 Next for the next 100 most influential people in the world. MIT Technology Review named him one of the top 35 innovators under 35. You get the idea. He also has a PhD in condensed matter physics from Oxford. This bio is kind of ridiculous. Clearly one of the smartest people out there in this space, and this company, Emerald AI, is really doing some super innovative things with some really high-level partners, including NVIDIA and others. I think you’ll enjoy this conversation as much as I did. Please leave us a five-star review wherever you listen.And most importantly, if you are not already a subscriber at douglewin.com, please go there and become a subscriber today. Your support for the podcast really makes it possible. And with that, here is my conversation with Dr. Varun Sivaram.Varun Sivaram, welcome to the Energy Capital Podcast.Varun Sivaram (02:19.256)Thanks so much for having me. It’s an honor.Doug Lewin (02:21.514)Hey, it’s great to talk with you. I have been reading article after article about Emerald AI. I saw your presentation to the large load task force a couple of months ago in Texas and have been meaning to do this for a while. So thanks so much for taking the time. We’re going to obviously talk about Emerald AI. We’re going to talk about Texas and data center growth. We’re going to talk about all of these things, but I just want to start from a very high level, Varun. We are recording here on November 7th. Yesterday, Heatmap News had a very provocative headline: “Everyone hates data centers.” I don’t know that that’s actually true, but I know what they’re trying to say. Th

This is part 2 of my conversation with Nat Bullard. Check out Part 1 here:We talk a lot about the grid of the future. The truth is, that future is already showing up in Texas.Batteries are being built at record pace, data centers are chasing cheap and reliable power, and Texans are adding gigawatts worth of backup systems in homes, schools, and factories.I sat down with energy analyst Nat Bullard to ask a simple question: if we look at what is actually being built — not the rhetorical arguments happening online, but what is actually happening around the world — where are energy systems headed?We started with a comparison of batteries and gas peakers. Batteries respond in milliseconds, don’t rely on fuel deliveries during a freeze, and can make money all day providing grid services between scarcity events. Increasingly, duration is less of an issue as prices fall. As Nat reminded us, during Winter Storm Uri it was “largely things in the thermal fleet” that failed. Winterizing batteries is likely much less onerous and complicated than winterizing gas plants.Behind-the-meter systems are also booming. One- to ten-megawatt batteries can turn schools or factories into mini-resilience hubs. If Texas keeps adding storage at this pace, we could end up with the equivalent of dozens of peaker plants—only more responsive and decentralized. Nat concluded with a description of his family as a mix of, a ground source heat heat pump, a mini split, and a Franklin stove. A small hybrid system built to ride out different conditions. That is a good picture of where ERCOT is headed: a mix of gas and batteries, large wires and local resources, data centers and smart devices. The question is whether we design structures to speed up that hybrid grid on purpose or stumble along and end up there eventually anyway. The first path costs a lot less. The more we learn from what’s actually happening — the focus of Nat’s excellent annual decarbonization presentation — the more cost effective our decisions will be for Texas.Timestamps:* 00:00 – Introduction* 01:30 – Price and attributes of batteries compared to gas peakers* 03:45 – The optimal generation stack; a portfolio approach* 07:00 – “Ruthlessly practical” developers* 09:00 – Distributed batteries and community resilience* 12:00 – Australia’s rapid installation of distributed storage* 15:00 – Texas Energy Fund’s viability* 16:30 – Global solar scale and trends* 21:00 – Electrifying countries without electricity * 23:00 – The absurdity of arguments against distributed energy* 25:00 – Automated flexible demand; using buildings as thermal batteries* 30:00 – Winter problems in ERCOT* 31:30 – Primary energy is a deeply flawed metric* 35:00 – Looking ahead to Nat’s 2026 Decarbonization slideshowResources:Guest & Company* Nat Bullard - LinkedIn* Halcyon - Company Website + LinkedIn* Nat Bullard’s Famous 200-Slide Presentation* Nat’s NY Climate Week Presentation (From Disparity to Data)Referenced in this Episode:* Energy Capital Podcast with Bill McKibben* The Energy Capital Podcast with Zach Dell* The Energy Capital Podcast with Bret Biggart:* The more recent podcast with Zach Dell et al. Studies & Policy Documents* GridStrategies Report on Data Center Demand* International Energy Agency Solar ProjectionsDoug’s Platforms* LinkedIn* YouTube* X (Twitter)Transcript:Doug Lewin (00:06.422)Welcome to the Energy Capital podcast. I’m your host, Doug Lewin, and welcome to part two of my conversation with Nat Bullard. Nat, as you heard last week, is the co-founder of Halcyon. He is also the one who puts together a fantastic energy transition and decarbonization presentation that comes out every January, which we talked about in this podcast. All around, one of the great experts on all things energy transition and decarbonization. I learned a ton from talking to Nat. I couldn’t let him go after the usual 45 to 50 minutes. We ended up going long, so we split it into two parts. This is part two.As usual, please go to douglewin.com and subscribe. Please become a paid subscriber if you are not already. This is a free episode, but it is not free to produce, and your support is extremely important to us. And you’ll get all kinds of benefits: access to the entire archives, grid roundups, reading and podcast picks, special episodes of the Energy Capital podcast that are paid only, like those with John Arnold and Dan Barcelo from T1, Rudy Garza from CPS Energy, et cetera. And please leave us a five-star review wherever you listen to your podcasts. Please enjoy part two with Nat Bullard. Thanks for listening.So that kind of leads me to where I wanted to go next. You obviously do a whole lot of tracking of batteries. We’ve been talking about electric vehicles a lot. Obviously batteries first started their performance improvement and cost declines because of their use in computers and phones. But now we’re seeing them go into cars on a mass scale and now onto the grid in a really mass scale. I mean, how do you think about that as far as the price comparisons for batteries, particularly gas peakers? Combined cycle, I would almost put in a little bit of a different category because you’re talking more about something that’s going to have a much higher utilization. These days, I think there weren’t a lot being built. There were very few being built, particularly in Texas, but I think just about anywhere with data centers, I think we’ll see some more built.But still in Texas, for instance, in the Texas Energy Fund—this is obviously the subsidy program the Texas legislature put in place a couple of years ago, $7.2 billion in subsidies for gas plants—something like 80% of the projects that applied and were chosen, I think it actually is closer to 85%, were peaker plants. And that’s because we do have an energy-only market. Like you said, in a market, people respond to incentives. The incentives are for short bursts of very high prices. And when you start to stack the peakers up against batteries, and of course the old thing was, you can only go an hour or two, an hour or two is enough for 90, 95% of the high prices in the market. And for the rest, now we’re starting to get to where batteries are going to four or five, six, even longer hour durations. So how do you think about both the price comparison and then the attributes? How do you think differently about the attributes of a peaker versus a battery? Are they really doing the same thing?Nat Bullard (03:13.294)What’s so funny—we had this four-hour standard, more or less. And what’s fascinating about that to me is that is largely an artifact of regulation, not of anything technical. In California back in the day, all you would get paid for was four hours worth of storage. So guess what? Everybody optimizes around this artificially binding constraint that I think we’re starting to see people move past. Again, energy-only market—if there was any place that is going to be ready to do more, or for that matter, to do less, it would be Texas. And also to combine things. When I talk to the biggest of the developers, what their view is, is to meet, let’s say a 500-megawatt load for a data center, the quickest path, the critical path is probably going to be mostly renewable electrons. And within that almost entirely, probably solar, a bunch of batteries. And then you have a combustion turbine to serve the rest of the purpose, but it comes in kind of after the purpose served, obviously, by the generation, but also by the storage.And that kind of stack is the one that seems to be moving the quickest, probably at the lowest cost, and probably the best fit for anybody who’s out there operating. It’s also the one in the future that, if you want to think about future-proofing it, you’re not talking about having to rip out 600 megawatts of solar and 3,000 megawatt-hours of batteries or whatever you might be doing. You’re talking about keeping those, improving them with software, with new hardware, and then altering the final step at the end. If you were to make this a zero-carbon or zero-net-emissions in the long run, maybe the combustion turbine is running on hydrogen. Maybe you’re doing some kind of durable binding, verified carbon removal to cover the cost of the emissions that are there.So I guess my way of thinking is to be a bit more ecumenical about all of this and also watch what the smartest people who build stuff are already doing, watch how they’re going about it and thinking about doing this and viewing these things as generally part of a portfolio approach as opposed to either “if this then that” or an “either/or” approach. Not like if I’m doing this I therefore have to do that, but I’m doing that because it makes the most sense and not I’m doing this or I’m doing only that. Now there are constraints elsewhere. Again, Texas is a unique market where if you have the land and the wherewithal to go build a 500-megawatt data center, you probably can locate the land and have the wherewithal to do a similar amount of power generation. It is less the case in, say, Pennsylvania or in Maryland. So it’s going to be different elsewhere, but you all have a unique market down there for this kind of thing.Doug Lewin (05:51.948)Yeah, it’s incredibly challenging here too, but I think it is more doable than in those other places. I also think that there is too much kind of either/or. I think there’s actually benefits to having both on the system—gas peakers and batteries. Obviously batteries, whatever the duration is, they are duration-limited at some point. They’re going to run out. Now the sun will come back up and charge them or wind blows and charges them or turn the gas plant on and charge them, if you have enough power to do that. And we also get times when the gas plants aren’t working, particularly in extreme cold. We’ve had severe problems with that. Having a battery that can operate while you’re getting people to the site to figure out what’s going on with the gas plant to get i

This is Part 1 of my conversation with Nat. Part 2 will be out next Wednesday. The Video is Live on YouTubeTexas has plenty of energy stories. The harder part is finding the signal through the noise of endless filings. That is why Nat Bullard’s new venture, Halcyon, matters. It turns piles of ERCOT and PUC dockets into something manageable. It’s AI that makes dense regulatory filings sortable and understandable.Meanwhile, Nat’s annual presentation has become must-read material for anyone trying to understand what’s happening in the world of energy: the market forces, capital shifts, and technologies driving global change. He looks at macro trends like EV adoption, clean-tech capital flows, global cost curves. We talked about one of the main takeaways from this year’s edition: China’s dominance in EV manufacturing and exports The Texas Energy and Power Newsletter is a reader-supported publication. To receive new posts and support my work, consider becoming a free or paid subscriber.We also talked a lot about a recent study Halcyon did with GridLab to quantify the rapidly escalating costs of gas turbines. I asked what his biggest takeaway from compiling that research:“The biggest one for me being at a $2,500 a kilowatt cost for a combined cycle gas plant. What other competing options are there for providing power?”At that cost, there are many better options, including re-using older turbines as many of the data center developers are doing. Storage that can be sited quickly. Demand flexibility can meet much of the need. Solar is still going onto the grid at about a gigawatt per month. Targeted wires upgrades and fast local capacity can bridge the gap while long-lead assets work their way through the process.I left this conversation thinking about how information itself is infrastructure. If we can see what’s changing — if the opaque can become more transparent — we can make better, more informed decisions. Please share this episode with someone who will get something out of it and subscribe to keep the conversation going.Timestamps:* 00:00 – Introduction* 02:00 – Guest welcome, Nat Bullard* 03:00 – How Halcyon can find needles in large regulatory haystacks* 06:00 – Relevance to the Oncor rate case* 09:00 – Tracking changes in gas plant costs and across filings* 10:00 – ERCOT vs. utility load growth projections* 14:00 – Queue reality vs capacity* 16:00 – Regulators’ role to align incentives and process* 18:30 – Nat’s annual presentation* 20:00 – How Nat builds his presentation* 23:30 – China is the dominant EV manufacturer* 26:00 – Will America ever import Chinese EVs?* 27:00 – American manufacturing partnerships* 31:00 – Can Tesla keep up?* 33:00 – Permeability between EVs and power sector* 34:30 – Gas turbine supply limitations and costs* 38:51 – Closing note, turbine askResources:Guest & Company* Nat Bullard - LinkedIn* Halcyon - Company Website + LinkedIn* Nat Bullard’s Famous 200-Slide Presentation* Nat’s NY Climate Week Presentation (From Disparity to Data) * GridLab White Paper with Halcyon on Natural Gas TurbinesIndustry News & Podcasts* Oncor Rate Case* Odd Lots Stargate PodcastStudies & Policy Documents * Texas Senate Bill 6* PUC Load Forecasting Docket 58480 * PUC Financial Assurance Docket 58481Doug’s Platforms* LinkedIn* YouTube* X (Twitter)Transcript:Doug Lewin (00:05.42)Welcome to the Energy Capital podcast. I’m your host, Doug Lewin. My guest this week is Nat Bullard. Nat is and has been for a long time one of the smartest guys on energy issues. I know I have been reading his stuff long before I knew him. He does a now famous slideshow, highly anticipated by folks in the energy space that comes out every January. The last one, as many of the ones before, 200 slides long. We talked a little bit about his process for pulling all that together. He was at New Energy Finance before it was acquired by Bloomberg, wrote a newsletter that was read by hundreds of thousands of folks. He is more currently the co-founder of Halcyon, an AI-assisted research and information platform focused on energy transition. I have started using it a lot. It is great for those of us that are tracking regulatory dockets, sometimes with their many hundreds or even thousands of filings within a single docket. It is a great way to quickly summarize some of those documents. Highly recommend folks check that out. We will have a link to that as well as his famous slideshow presentation in the show notes. This conversation did go long. I love talking to Nat. And so we split this one into two. In this first one, you’ll hear a whole lot of discussion of China. He’s based in Singapore, including a whole lot on EVs and the future of the automotive industry, a whole lot more. I think you’re really going to enjoy this and then come back next week to listen to the other one. Also, please don’t forget to give us a five-star review wherever you listen to the podcast and also to subscribe to the Texas Energy and Power newsletter and to the Energy Capital podcast. This is a free episode. It is not free to produce. Becoming a paid member at Substack really helps support our activity. So please do that today if you haven’t already. And with nothing further, please enjoy the Energy Capital podcast with Nat.Nat Bullard (02:05.634)Doug Lewin, thank you for having me. What a treat. I was just listening to you on the treadmill yesterday, and here we are in the flesh, so to speak.Doug Lewin (02:14.868)It is, I can’t tell you Nat how gratifying it was to get an email from you. I can’t remember when you sent it a couple months ago, six months ago or something saying, really enjoying the newsletter. I said to my wife, I’m like, I got a note from Nat Bullard today. Of course she’s not in the energy world. So she’s like, who? And I told her, you’re a big deal. She needs to know who you are. Nat, for anybody in the audience that doesn’t know, Nat does this, I think everybody probably will, but this amazing annual presentation. I’m sometimes asked by people, Hey, you seem to know a thing or two. Like what are some of the sources you learn from? And you’re one I always name, especially for folks that kind of want to get a global perspective. So we’re going to talk about that. What you’re doing with the presentation, some of the major takeaways, what you’re looking at for next year. But first you’ve got this new venture, which sounds super exciting to me as somebody who spends a lot of time reading regulatory filings and trying to dig through regulatory filings, ERCOT, NPRRs and all that kind of stuff. Let everybody know what you’re up to with Halcyon before we jump into the rest.Nat Bullard (03:19.662)With pleasure, Doug. So I spent a long time in the energy and the decarbonization research business. I was 15 years at the startup and then a company that got acquired by Bloomberg, New Energy Finance that became Bloomberg New Energy Finance became BNEF. And when I finished and took some time out on my own, I realized that I still have a real yen for the information business and the information in and around energy and changes in the system. And I also realized that it was a moment where technology allows us to do things that are different. And there are teams of people that are willing to deploy it and interested in building something new around it that viewed all of the stuff that you just described, you know, ERCOT, NPRR, or thousands of large generator interconnection agreements as a feature input for large language model and AI-driven capabilities, as opposed to a bug of people having to just read stuff by hand, so to speak, over and over and over again. And so about two years ago now, my lead investor, Andrew Beebe at Obvious Ventures, connected me with my co-founders, Bruce Falk and Alex Shuris, who are both veterans of building and operating companies and information systems at real scale, like really, really big. Billion dollar company revenue lines. Who only knows how big an information system in terms of that size, but real platforms. And we said to each other, like, what can we do with today’s new technology to answer questions and solve information challenges that we know exist? And what we settled on is that actually it’s all of that stuff. It’s everything that exists in an unstructured, as the saying would go, fashion that is all text, that is all public, at least at the initial phases, but is, as we joke about internally, a denial of service attack on getting your work done. You want to read everything in ERCOT? It’s public. Go for it. Here you go. Here’s a fire hose of tens of thousands of pages a week per institution. And there’s 50 of them plus one if you include the District of Columbia. Start including all the other things you need to include. The federal layers, the other state layers. We’re talking about on the order of probably hundreds of thousands of pages a week of information. And within those hills, there’s gold. It’s just that it’s not often conveyed in a way that is readable by machine in our old classical way of thinking about it. But with today’s technology, with AI in particular, you know, we move from computers that can compute, that can add and subtract and multiply to machines that can read and can allow us to start extracting information that we really need. If you want to find the price of something, if you want to find a change to a forecast, if you want to find how did this number turn into that number. It often exists. It’s just that you would find it in say the third response to a request for information in this part of a proceeding in that state without any change log.Doug Lewin (06:22.048)Nat, I am so into that right now. So Oncor is in the middle of its rate case and there’s exactly that going on. Environmental Defense Fund and Google and a coalition of cities in their third and fourth requests for information. And within those long questions and long replies, there’s so much good information, but man, it is hard to

This is a free preview of a paid episode. To hear more, visit www.texasenergyandpower.comMost solar panels are imported from China which now has the ability to manufacture over a terawatt (1,000 gigawatts) of solar modules every year — roughly equal to the entire installed base of generation in the US inclusive from every energy source.America makes less than 1/20 of that amount and even less when it comes to the more difficult task of manufacturing cells. But Texas is known for manufacturing and T1 — short for Type 1 civilization — is building solar manufacturing in Texas that could change the game. This is about energy abundance that is reliable, local, and affordable. As T1 CEO Daniel Barcelo told me:“I’ve been working in oil and gas and I am an old oil and gas guy who has run oil and gas companies globally. At the end of the day, it’s really about providing the lowest cost energy in whatever form it is and delivering that energy at a cost-competitive basis to the customer. That drives the philosophy at T1.”T1’s plan is straightforward and ambitious: a multi-site Texas footprint that connects a domestic solar manufacturing chain from materials to finished modules. The company has a module assembly plant in Wilmer in the Dallas area, and is developing cell manufacturing in Rockdale in Central Texas. Upstream, they’ve lined up domestic polysilicon supply from Corning to feed those lines.While T1 scales up supply, demand for power is surging. Texas electricity use is rising rapidly, driven mostly by oil and gas demand, cryptocurrency mining, industrial electrification, and data centers. Texas demand is up 23% in the last four years; most of that new demand is being met by solar power. When more of the equipment is made here, projects move faster and carry less supply-chain risk. And solar can be scaled very quickly to meet near-term needs.“AI needs energy. Data centers need energy. They need it now. It’s great to build nuclear plants in 2030. That’s awesome. But the world’s not waiting. And the big tech companies are not waiting. And right now, solar and storage can deliver it.”This is not either-or. Texas has long succeeded by adding the next tool that works. Solar plus storage are tools for growth and we should use them. Domestic manufacturing creates jobs and strengthens our energy security and global competitiveness.Texas has never waited for someone else to build our future. If companies like T1 can stand up the full stack here, we get more than panels. We get speed, security, control, and the ability to match ERCOT’s needs with Texas-made solutions.If you found this episode useful, share it with a colleague. If you want more Texas-first, reality-based energy coverage, subscribe and join the conversation.The Texas Energy and Power Newsletter is a reader-supported publication. To receive new posts and support my work, consider becoming a free or paid subscriber.Timestamps* 00:00 – Introduction * 02:00 – T1’s Texas footprint overview* 04:00 – U.S. solar chain, Corning partnership* 05:30 – Jobs and polysilicon-to-module flow* 07:00 – Building U.S. cell capacity* 09:00 – Timelines and receptivity of Texas political leaders* 11:00 – Demand growth requires gigawatts per month* 13:00 – Competitive advantages of building in Texas* 15:30 – Oil and gas demand growth met by solar and wind, saving $1/barrel* 20:30 – When King Coal tried to kill natural gas and why gas won* 23:00 – Political economy of varying energy sources* 25:30 – Can the US build enough solar to meet domestic need and export?* 31:00 – Solar trade investigations, tariffs, anti-dumping rules, FEOC* 35:00 – Solar and manufacturing tax credits under OBBBA, “stackability”* 38:00 – How and why tax policy benefits all energy, including oil and gas* 42:00 – Will Texas continue to blaze trails and attract new energy companies?* 45:00 – Distributed power is “sovereign energy”ResourcesGuest & Company• Daniel Barcelo — LinkedIn • T1 Energy — Company Website + LinkedInCompany & Industry News• Reuters: T1 Energy and Corning agree to fully U.S.-made solar supply chain• PV Tech: T1 Energy–Corning “landmark” U.S.-made poly/wafer/cell deal• Manufacturing Dive: T1 to establish $850M solar cell facility in Texas• T1 Energy IR: Corning deal accelerates ‘Made in America’ solar • T1 Energy IR: Strategic investment in Talon PV Related Articles & Podcasts• How Batteries Are Reshaping the Texas Grid (with Suzanne Leta) • Beyond the Tax Credit Cliff (with Freedom Solar CEO Bret Biggart) • Creating a Distributed Battery Network (with Zach Dell)• The End of Solar & Battery Manufacturing in America? Studies & Policy Documents • S&P Platts 2022 Study On Electrification of the Permian Basin • Rystad Study on $/barrel savings • FERC Order 636 • Section 232 Investigations • Foreign Entity of Concern Guidance | Dept. of EnergyDoug’s Platforms• LinkedIn • YouTube• X (Twitter)TranscriptDoug Lewin (00:05.25)Welcome to the Energy Capital Podcast. I’m your host, Doug Lewin. My guest this week was Daniel Barcelo, the CEO and chairman of the board of T1 Energy. We talked about how they got their name in this episode. I think you’ll enjoy that. This is a fascinating company, headquartered in Texas. They are building out a full end-to-end manufacturing of solar in Texas. They started with the acquisition of a manufacturing plant, five gigawatts of solar module assembly in Wilmer, Texas, just south of Dallas. They are currently building in Rockdale, Texas, about 60 miles north of Austin, a cell manufacturing facility. So obviously cells are much more complicated to manufacture, much more complex than the module manufacturing. They are also in partnership with Owens Corning to get the raw materials actually sourced here in America. So that when they are done with that process in a year or two, they will have end-to-end American solar manufacturing. So we talked a lot about the potential for American manufacturing of solar, how big it is now, what its potential is to maybe counterbalance China, which is really dominating electricity supply chains throughout a whole number of different components, including all parts of the solar supply chain. They’re dominating that globally. Can America be a counterbalance? One of the things I really enjoyed about this conversation is Daniel has a great perspective, having worked in oil and gas for much of his career, really at the broad spectrum of energy. So I think that really comes through in the interview. I think you’re going to enjoy that. This is a paid episode. If you’re not already a paid subscriber, please become one today. You’ll get access to all sorts of things, roundups, reading your podcast picks, other paid episodes of the Energy Capital Podcast. Most importantly, you will be supporting the work of this podcast, the Texas Energy and Power Newsletter. They are not cheap to produce, and your six bucks a month or five bucks a month if you do an annual subscription is incredibly important, deeply appreciated. With that, let’s jump into the episode with Daniel Barcelo of T1.Daniel Barcelo, welcome to the Energy Capital Podcast. I am very excited to talk to you. T1 is making a whole lot of waves, people in Texas talking about the company a lot. Why don’t we just start from the beginning. What is T1 and tell us about the Texas operations you guys are standing up.Dan Barcelo (02:31.8)Great. First of all, Doug, thank you very much for having us. We’re always excited to talk about the T1 story, something we’re really passionate about as energy operators, managers, investors, historically. T1 Energy is building a domestic solar and battery supply chain that we want to invigorate America with clean, scalable, reliable, and low-cost energy. This is all about advanced manufacturing. This is about how do we bring advanced manufacturing capacity to unlock the most scalable resources we have. That’s what we’re doing. We’re doing this with our core foundational assets. We own and operate our five-gigawatt solar module plant just south of Dallas. That’s called G1 Dallas. And we are also building our five-gigawatt solar cell plant north of Austin called G2 Austin. Those two assets are foundational. The other part of the investments we’ve made is we also own a supply chain of polysilicon from Hemlock. Coupling that polysilicon supply chain coupled with the cell plant, coupled with the module side, we have a tremendous capacity to unlock what we think is a very scalable, renewable power asset we have available right now.Doug Lewin (03:42.39)Yeah, it’s pretty exciting because I see the vision of what you’re trying to do here, right? Because what we have in the United States right now, if I’m not mistaken, and you correct me on any of this I get wrong. This is your world. But my understanding is we’ve got something like 50 to 60 gigawatts of capacity of solar module manufacturing. So that’s sort of the last phase where you’re bringing the assembly, kind of bringing it all together. But you guys are going way upstream to raw materials. And you mentioned something just there. I’m not sure I heard what you said, but I do want to get more into this. I think you guys announced a deal with Corning, right? For some of the raw materials. Not sure if that goes through to the wafers, but I do kind of want to break that down a little bit, Dan, because I think the audience will really appreciate it. It’s very important. I think it’s very important that the United States have the full end-to-end capability for manufacturing. And it looks to me like you guys are doing that with the partnership of Corning upstream, then actually making the cells, correct, in Rockdale, which is what you’re calling the G2 Austin plant, close enough, like 50 miles or so from Austin. I believe near the old Alcoa site, we could talk some about that. And then putting it together in Wilmer, south of Dallas. So you’re really kind of doing that like soup to nuts end-to-end, full supply chain, no?Dan Barce

The full video is on YoutubeTexas isn’t just projecting future load growth; it’s happening now. Maura Yates of Mothership Innovations set the stage for our discussion at GCPA’s Fall conference earlier this month in Austin. “We are looking at meters that are 800 megawatts on a single meter… that’s crazy. We used to think 10 megawatts was a big deal…” She also cut through the headline noise: “The next three years are really critical… This is the them we are hearing at this conference: it’s a near term discussion… We have a big, urgent discussion ahead of us.”How much of the 200 gigawatt large load queue is real and how much will actually come in the next few years?Hayden Stanley of Good Peak brought the developer’s eye to the near term. He sees a “whole new layer of infrastructure” coming as the grid gets smarter and more coordinated, but warned that SB6 complexity and behind-the-meter buildouts can slow timelines.Tom McGinn with EnergyWell focused on “lifting the system load factor” with tools people don’t have to think about, built on “optimizing interval-level usage to respond to price signals.” He added a sober note: in the next few years, mass-market customers could get squeezed by rising load in the short term, though he thinks in the longer term, Texas will have continued investment in the grid and new technologies and abundance for consumers.Zach Dell of Base Power Company reframed things taking a much longer view:You’ve got to make large investments with a long-term time horizon. And I think there are really strong precedents for this kind of orientation in other parts of technology. You saw Uber do it in transportation, Amazon in commerce, SpaceX in aerospace. We’re taking a similar approach to energy where we’re making 10, 20 year investments, both in terms of the technology that we’re developing, but also in terms of how we think about policy. Base has added 100 megawatt-hours in the short time it’s been in business and is now adding 20 megawatt-hours per month. Large loads are coming but so is innovation across the grid.Timestamps* 00:00 – Opening* 01:00 – Guest introductions* 03:30 – Load growth happening now much faster than expected* 04:30 – Critical discussions are about the next 2-3 years* 07:00 – Smarter grid, higher load factors, new infrastructure layers* 09:00 – Potential bearish load growth over the next few years* 10:30 – Thinking long term about resiliency and costs * 12:00 – Is ERCOT still working to remove roadblocks? Are process changes needed?* 17:00 – Smart meters enable design innovation and response to price signals* 19:30 – Demand-side flexibility from batteries: “price down, reliability up”* 22:00 – Base Power’s scale, the new factory in Austin* 24:00 – Gigawatt scale virtual power plants (VPPs)* 25:00 – Inflation Reduction Act repeal* 26:30 – The advantage of distributed, smaller scale (<10MW) battery projects* 28:00 – Senate Bill 6 and the case for a more bearish demand growth case* 30:00 – What could slow down load growth* 33:00 – Data problems with large load demand response* 34:00 – Audience question: Data center water use, closed loop design* 36:30 – Audience question: Doug’s one top policy change, would it be a carbon tax?* 37:30 – Audience question: Zach- when will you expand to California?* 38:30 – Audience question: Will grid tech still advance if there’s not load growth?* 40:30 – Closing ResourcesPanelists & Company* Maura Yates LinkedIn, Company Page & LinkedIn* Hayden Stanley - Bio, Company Page & LinkedIn* Zach Dell - LinkedIn, Company Page & LinkedIn* Tom McGinn - Linkedin, Company Page & LinkedIn* Doug Lewin - LinkedIn, YouTube, Twitter, Bluesky, and ThreadsBooks, Articles & Podcasts Discussed* Load Growth: What States Are Doing to Accommodate Increasing Electric Demand (EPRI) PDF (Clean Energy States Alliance)* NRG’s Gigawatt VPP in Texas with Travis Kavulla (Energy Capital Podcast) * Shape Load Perfectly, Inject Energy Optimally with Sonnen’s Blake Richetta (Energy Capital Podcast)* The Year the Texas Legislature Changed the Energy Game Forever by Russell Gold (Texas Monthly)* ERCOT CEO Pablo Vegas Board Presentation:TranscriptDoug Lewin (00:06.464)It’s great to be here this morning. Hope everybody’s doing great. It’s been a great couple of days. Really want to thank Gulf Coast Power for again putting together such a great event. I think my first Gulf Coast Power was like 15, 16 years ago. This is the 40th anniversary. It’s amazing to see you guys still going so strong. This has been a great conference. I’ve learned a ton, caught up with a lot of people. I am Doug Lewin. I do a couple of different things, but one of the things I do is I host the Energy Capital podcast. We are recording this today and we’ll release it as an episode. For those that are listening later, we are in Austin at the AT&T Conference Center at the Gulf Coast Power Conference. So I have four amazing panelists here. I can’t wait to get into this discussion. We’ve got a lot to talk about, but would each of you just briefly introduce yourselves and your companies so folks kind of know who you are. You want to start at the end? Go ahead, Zach.Zach Dell (00:58.366)Hey everybody, I’m Zach Dell. I’m co-founder and CEO of BASE Power. BASE is a retail energy provider and battery developer based here in Austin. Started the company about three years ago. Our mission is to lower the cost of electricity for all. And we do that by developing technology solutions, hardware, software, and the like to help rebuild the infrastructure here on the power grid in Texas and beyond.Doug Lewin (01:20.458)And I’ll just say I did record a podcast with Zach. It was like a year ago, more than a year ago now. Two years ago. Was it really that long ago? Wild. So for those that want to know more about BASE, you can go back, whether you’re in the room or listening later, you can go back and listen to that one. Go ahead.Tom McGinn (01:35.16)Hi, I’m Tom McGinn. I’m Senior Vice President of Energy Trading at EnergyWell. EnergyWell operates a few different load-serving entities in competitive markets in the US, along with offering software and consulting services to other market participants. I’ve been working in competitive markets for almost 20 years now across all the competitive ISOs in the US, kind of at the intersection of the wholesale and retail functions in those companies. So yeah, happy to be here with everyone.Doug Lewin (02:03.694)Thanks Tom. Hayden.Hayden Stanley (02:05.486)How’s it going? My name is Hayden Stanley. I’m the co-founder and COO of GoodPeak. We’re involved with building out distributed generation assets in ERCOT. We’re vertically integrated. And we’ve recently also entered the digital realm with data centers. So excited to be here today.Maura Yates (02:22.466)Maura Yates, the co-founder and CEO at Mothership Energy and Mothership Innovations. We are a retail electricity provider and ERCOT market service provider to large loads and load-serving entities across ERCOT. So everything from billing and operating services to QSE services, but again, really focusing on large complex loads across ERCOT.Doug Lewin (02:44.61)Such a great panel, so much knowledge and experience and lots of different experiences and different businesses represented here. So let’s just start at a very high level with a question I like to ask on the podcast. Zach, I don’t remember if I asked you this one two years ago. I probably did, but it’d be interesting to compare and contrast your answers if I did. It’s one of my favorite questions, which is just to kind of look ahead four or five years. You know, sometimes I think 10 and 20 years is like too far. Who knows? It’s anybody’s guess, but four or five years far enough away that we’re not talking about tomorrow or next week or even next year. You’re looking like a 2030 kind of view. What do you think is really going to change in this Texas market? What are the technologies you’re kind of most excited about? And I think even let’s talk a little bit about what are some of the roadblocks and obstacles to getting to that vision. You want to start?Maura Yates (03:32.526)Sure. So for those who know me in the room, they know that I’ve participated in the market for a while and done everything from resi in the kilowatts all the way up to now megawatts and gigawatts. So we’ve seen this really crazy, interesting evolution, especially the integration of renewables into ERCOT. And I was reflecting with somebody last night about where we saw the market in 2013. 2025 was so far out. And did we see where we were, you know, 12 years ago? And I think in general, we kind of had a sense, yeah, this is where we were going to see a lot of renewables come online. We had a good idea of where generation was going, but I don’t think we had a good idea of where load was going. Obviously the latest incentives to move business to the state have really helped drive that. And not only did we not see where load was going, we didn’t see the scale at which load was going there. Like we are looking at meters that are 800 megawatts on a single meter. That’s crazy. That’s insane. We used to think 10 megawatts was a big deal. Now 10 megawatts is like, I don’t know if we have time for 10 megs. That feels really small. So I mean, we’ve seen this really, really rapid shift and this change in trajectory in terms of where we’re seeing this market go. And so when we talk about the next five years, it’s really interesting. It’s going to be, I think, much faster the rate of change than what we’ve seen perhaps the last five years. We saw the last five years coming. I don’t know if we saw the next five years coming. So when I think about what’s going to happen, I think the next three years are super critical. The next three years will dictate what happens in five years. So when I really think about what I’m focusing on or where Mothership is focusing, we are focusing on the next two to three years and say, what is going to

Watch the Conversation on YouTubeHeadlines warn that data centers are straining the Texas grid. The reality is more interesting: data centers — through their own flexibility and by supporting distributed flexibility markets — can strengthen the grid.I explored that topic and a lot more with Astrid Atkinson, CEO and co-founder of Camus Energy and former senior reliability engineer at Google. At Google, she led teams responsible for keeping the world’s search engine online, matching computing load to available capacity across continents. Her lessons from that experience translates well to the grid: reliability doesn’t come from scale alone. Reliability comes from flexibility and orchestration.Astrid calls it “grid orchestration” which means coordinating and optimizing both supply and demand in real time all the way down to homes and businesses, but starting with better data and better management of the distribution grid. We’re moving toward a more decentralized network of flexible resources: batteries, EVs, thermostats, and yes, data centers. We’re going to need a much smarter, much better orchestrated grid.Texas already has the raw material for this shift.Rooftop solar, batteries, and EVs are scaling faster than ever. We now have over 6 gigawatts of distributed resources in ERCOT, roughly the size of six large power plants.But they’re not well coordinated and that disorganized integration means we’re leaving cost savings and reliability benefits on the table. Part of the problem is that market signals aren’t flowing to distributed resources at a level near their actual value.That’s where data centers could potentially come in.If data center developers fund load flexibility, they could potentially put money into consumers’ pockets and increase their speed to interconnection. [D]ata centers fundamentally are not really budget constrained for getting these things built. They’re really time constrained. And so, I think in there is the opportunity to start thinking about off-market or kind of secondary market opportunities to get value for flexibility, both from the site itself, but also from you, me, batteries [and other DERs]… Astrid’s experience offers two key lessons for Texas:* Automation must be simple and local. The best systems don’t depend on constant central control. * The biggest savings aren’t in wholesale prices, they’re in avoided infrastructure. Flexible demand can defer costly upgrades to poles and wires, easing pressure on bills.We’re seeing movement in the right direction, ERCOT’s efforts to integrate distributed energy resources, electric cooperatives piloting new demand response tools, and increasing talk of creating distribution-level markets where buyers and sellers can trade flexibility directly.Texas has always led by embracing what’s next before anyone else believed it could work. This is the next frontier: flexibility, orchestration, and coordination of DERs.“There’s never been a more exciting time to work in this industry,” Astrid said. She’s right. We have the tools, the data, and the entrepreneurial spirit. What we need now is the will to connect them.The path forward isn’t about choosing between growth, affordability, and reliability. If we build smart, Texas can have it all.If this perspective resonates, share it with someone who cares about where Texas energy goes next and subscribe to stay part of that conversation.Watch the Interview Here:Timestamps:* 00:00 – Intro* 02:30 – Astrid’s background and Camus* 05:00 – Google reliability lessons* 06:30 – Texas load growth reality* 11:00 – Contracting flexibility, framing the problem* 12:30 – Internet-scale orchestration parallels* 14:30 – Major reliability event takeaways* 18:00 – What a flexible grid requires* 20:00 – Paying Texans for household flexibility* 27:30 – Visibility before control (DSO layer)* 31:30 – Intelligent automation, local control* 34:00 – Value is in avoided T&D spend* 38:00 – Co-ops and munis as testbeds* 46:30 – Edge markets and price signals* 56:30 – Bills down, capacity up, resilience* 58:30 – Closing thoughts Resources:Guest & Company* Astrid Atkinson (LinkedIn)* Camus Energy, (LinkedIn)Company & Industry News* “So What Does Camus Do Exactly?” (Camus Energy blog)* Camus wins Innovation Challenge Award at Data Center World (Camus Energy)* Access “Getting ahead of the EV tipping point” AES and Camus White Paper (Camus Energy)* Voltus “Bring Your Own Capacity” Announcement (Voltus)* ERCOT Selects GE Vernova to Help Drive Innovation in DERs Announcement (ERCOT)* ERCOT Grid Research, Innovation, and Transformation Announcement (ERCOT)* Community pressure mounts against CPS disconnection policy, rate structures (San Antonio Express News) * National Energy Assistance Directors Association. Energy Hardship Report.* Google’s new plan to keep its data centers from stressing the grid (Canary Media)* Texas law gives ERCOT authority to disconnect data centers in emergencies (Utility Dive)* Texas data center buildout, stranded-cost risks and planning challenges (Utility Dive)* MIT: Data center flexibility can cut costs, emissions vary by region (Utility Dive)Related Podcasts by Doug* How Load Flexibility Could Unlock Energy Abundance (with Tyler Norris)* Why the Old Utility Business Model Doesn’t Fit Anymore with Lynne Kiesling (Part 1)* AI, Outage Risks, and Market Opportunities with Lynne Kiesling (Part 2)* YouTube clip — Texas Grid Growth Depends on Data Center Flexibility: Related Substack Posts:* ERCOT and Texas Need a Different Kind of Growth * Demand-Side Resources Could Enable Load Growth* March 4, 2025: Data Centers, Nukes, VPPs, and MoreTranscript:Doug Lewin (00:05.356)Welcome to the Energy Capital Podcast. I’m your host, Doug Lewin. My guest this week is Astrid Atkinson. She is the CEO and co-founder of Camu Energy. The conversation was a really great one. We got into one of my favorite topics these days, which is how can data centers coming onto the grid actually increase the reliability of the grid and improve affordability for customers? So we talked a lot about data centers potentially actually creating funds to get demand reductions and demand flexibility in people’s homes and businesses that would put money back into their pockets while strengthening the grid, giving data centers speed to power. We talked about particularly the DSO model, distribution system operator model, and what that might mean in the United States. These are common in other parts of the world, but we really don’t have designated entities in the US that are DSOs. We talked about intelligent automation and how processes being automated can actually make it easier for human operators. The economics of DERs, distributed energy resources, so much of the value of DERs is the potential reduction in cost in the distribution system. Transmission distribution utilities have so many different investment opportunities, but how do you prioritize those to make sure that you are rate-basing the most important for reliability and expansion and all of the things that we need while also ensuring that where distributed energy resources might defer or even make unnecessary the need for additional investment that you are tapping those distributed resources. We even got into ERCOT’s demand response proposal, which is live right now at ERCOT, the ADER pilot in Texas. We covered a whole lot. Astrid is incredibly smart, brings a wealth of experience to this area and really enjoyed spending this hour with her. I hope you’ll enjoy it as well. Please like, rate, and review this wherever you listen to your podcast. Share it with friends, family, and colleagues. And thank you so much for listening.Astrid Atkinson, welcome to the Energy Capital Podcast. So excited to have you here. So excited to learn from you. You are a wealth of knowledge on so many of the issues I love to talk about and work on. Why don’t we just start, if you would, just tell the audience a little bit about yourself and Camu and also your background coming out of Google and how your work there kind of informed what you’re doing now.Astrid Atkinson (02:22.046)Hi, it’s great to be here. Yeah, absolutely. So I’m CEO and one of the co-founders for a company called Camu Energy. And we provide grid software primarily for grid operators, but also we work with folks that are developing assets that need to get connected to the grid as well. So thinking both about how we manage the grid, but also about how we plug people into it. My background prior to co-founding this company about six years ago was on the big tech side. I was at Google for a really formative period from about 2004 until I started the company in 2019. And that was a period of time during which Google and the tech industry went through a really massive period of growth and just a fundamental change in how we think about software, the role of software in the world, and also the physical infrastructure that we use to provide that. So I was really fortunate to be part of the original push towards data center scale computing and cloud scale computing when that was being invented. I was part of the team that helped build the internal cloud that powers all of Google’s public facing products today. And in particular, I spent the majority of my career there on a team called Site Reliability Engineering, which deals with basically the interface between physical and built infrastructure. So data centers, networks, et cetera, the computers and servers that actually do work for software systems, and then the software and data infrastructure that we use to operate and manage those. My team was responsible for about five years for Google’s public-facing web presence, Google’s homepage. If you went to google.com to see if your internet was working between about 2007 and 2012, I was running the pager-carrying team, carrying a pager myself, which was responsible for maintaining five nines of uptime for that service. And, you know, we’d get woken up at three

The federal 30% solar tax credit has driven demand for solar but it’s about to expire. And when it does, some worry the bottom will fall out of the market. But what’s actually emerging looks less like a collapse and more like a shift which could lead to bigger growth down the road.In this episode, Bret Biggart, CEO of Freedom Solar, offers a grounded look at how a major Texas-based installer is adapting in these uncertain times. Freedom Solar began in Austin and now operates across Texas, one of the fastest-growing residential markets in the country.The Texas Energy and Power Newsletter is a reader-supported publication. To receive new posts and support my work, consider becoming a free or paid subscriber.Biggart notes that while the tax credit’s end will make sales more difficult, other forces like rising power prices and better financing tools are keeping solar within reach. New third-party ownership models are allowing companies to use commercial incentives to maintain homeowner savings, smoothing out the post-credit transition.That’s not the only shift underway. Consumer protection has become a growing focus for regulators after years of aggressive door-to-door sales and subcontracting issues. A recent Texas bill aims to bring more transparency to the process, ensuring buyers know who is selling, installing, and servicing their system. The Texas Legislature also made it easier to build with faster permitting. And storage is quickly moving from luxury to standard: 67% of Texans get storage with solar from Bret’s company now. The number is 90% in Houston. Freedom Solar is also expanding into efficient HVAC systems like heat pumps, which cut energy use and increase comfort.There are still challenges ahead. Equipment costs, tariffs, and permitting inconsistencies remain barriers and the ending of the tax credit is an undeniable headwind. But after Winter Storm Uri and Hurricane Beryl, Texans put a high value on resilience and the flexibility of distributed systems has massive value for the grid. Even as incentives fade, technology keeps improving, and Texans want reliable, resilient, and affordable power.That’s what this moment represents, not the end of the solar story, but its maturation.If you found this perspective useful, share it with a neighbor and subscribe for more grounded insights on Texas energy and policy each week.Timestamps* 00:00 – Introduction* 01:45 – Guest intro and background, origin of Freedom Solar* 05:00 – Importance of in-house salespeople and customer-first processes* 07:30 – Impacts of federal budget bill, end of tax credits* 11:00 – Long term implications for solar, rethinking the business * 13:30 – Third party ownership, pre-pay PPAs and other structures to lower costs* 17:30 – Transferring solar and solar payments when selling a house* 20:00 – Consumer protections and stopping bad sales practices* 25:00 – Some Texas bills that make it easier to build and install solar + storage, problems with implementation* 31:00 – Attachment rates of storage is up to 67% statewide and 90% in Houston * 33:30 – An integrated demand side: solar + storage + heat pumps* 39:30 – Difficulties for customers trying to get heat pumps* 43:30 – Heat pump cost differential from minimum performance HVAC* 46:30 – Supply chain, tariffs, domestic content* 51:00 – Two main variables for solar economics: cost to install and cost of electricity * 53:00 – The value of resilience* 56:00 – ClosingResourcesGuest & Company• Bret Biggart - LinkedIn• Freedom Solar Power + LinkedInReferenced During the Show• Solar legislation passed in Texas’s 89th Session (summary)• New law cuts red tape for rooftop solar and batteries (SB 1202) + Bill Text• TDLR: Residential Solar Retailers program (SB 1036) overview• Texas Legislature passes Residential Solar Retailer Regulatory Act (SB 1036)• Do Solar Panels Increase a Home’s Value? | The Wall Street Journal • Texas Energy Poverty Research Institute’s Community Voices survey• Sara DiNatale’s award-winning series on solar sales | San Antonio Express News• Heat pumps, heat pumps, heat pumps! NoahpinionRelated Podcasts by Doug• Resistance is Still Futile: Exploring Heat Pumps with Eric Wilson• How Load Flexibility Could Unlock Energy Abundance with Tyler Norris• Know Before You Go Solar with Sara DiNataleRelated Substack Posts by Doug• The End of Solar & Battery Manufacturing in America?• Rapid Demand Growth Outpaced by New Supply in Texas• Energy Scarcity• Helping the Grid by Helping CustomersDoug’s Platforms• LinkedIn• YouTube• X (Twitter)TranscriptDoug Lewin (00:05.87)Welcome to the Energy Capital Podcast. I’m your host, Doug Lewin. My guest this week is Brett Biggart. He is the chief executive officer of Freedom Solar Power. Freedom is one of the largest solar companies in the country, top 10 by size, around 500 employees, and probably the largest or among the largest within the state of Texas. I thought it was a good time to do an interview with a solar entrepreneur, given all the changes going on with the tax credits. But here’s somebody who’s employing a whole lot of people, is worried about the future of the industry, partially because of some of the changes made in DC, but is determined to innovate and is in fact doing that around financing where there are tax credits that can continue for leased systems for the next couple of years. Also innovating by starting up Freedom HVAC to complement Freedom Solar because HVAC is by far the largest use inside Texas homes. So linking that with the power generation for his business made a lot of sense. So we talked a lot about how companies can innovate. We also talked about some of the legislation that was passed during the session to remove permitting barriers, a bill that was passed to increase consumer protection, which Brett actually advocated for. We covered a whole lot of ground. I hope you enjoy the show. Please give us a five-star review wherever you listen, and please share the recording with anybody who you think might want to listen. That is one of the ways we grow fastest is through organic growth and sharing. So please like and share the podcast with anyone you know. With that, enjoy the show.Brett Biggart, welcome to the Energy Capital Podcast. Excited to have you here. Been reading your tweets and posts and seeing your name in news stories for quite a while. You guys are a pretty big deal in the solar space in Texas. You built quite a business over the last decade or so, a little longer than a decade. At this point, why don’t you just start by telling us a little about yourself, just briefly about Freedom Solar, origin story, size, scope, all that kind of stuff.Brett Biggart (01:47.704)Thank you for having me.Sure. I guess the short version of this is Adrian Buck and I started Freedom Solar probably around 15 years ago. And I had kind of come out of the sort of professional finance world after business school. I actually got sober—that was sort of the catalyst thing in full transparency. And I got sober and I was trying to figure out what to do with my life, as many of us come to those junctions. And I moved back to Austin where I’m from, where I grew up, and the idea of starting a solar company kind of came to me and I started to do some research and try to figure out sort of as a customer, what’s the value proposition for a customer trying to go solar. And I couldn’t figure out the answer to that question. You know, I couldn’t get people to call me back. I was sort of doing the math, you know, there were tax credits and there were local rebates and trying to think about kilowatt hours. It took me about two weeks to sort of get to the answer of like, what does this cost and what is the sort of payback, the economics of it.That was sort of a light bulb moment. Like, wow, there’s got to be other people out there that have a similar situation that are just trying to quickly understand the economics to make a decision. Does it work or not? And so Adrian and I—I met him and we sat at a Mexican food restaurant and I sort of said, look, I think I’m going to start a solar company and here’s why. Sort of fragmented. People don’t really explain it very well. Don’t know how to finance it, sell it. And I’ll never forget this. He sat across from me and he says, “Okay, I get that. Like I’ve been doing this for—I was the first NABCEP certified guy in Texas and I’ve been running installation crews and doing installs and designing systems for a while now, but I don’t even like people.” Okay. So this sort of behind the scenes, you know, profile of a guy who’s very technical and very detail oriented, doesn’t quite frankly like to deal with people. And so we sort of got together at that moment and started out of his garage.And so that was whatever it was 15 years ago.Doug Lewin (04:08.152)So him more on the technical side, you more on the people side, basically.Brett Biggart (04:11.852)Yeah, clearly. And so we were like, let me see if we can go put together a way to explain this to customers in a way that wasn’t explained to me, which is a clear kind of quick way to get to a yes or no, it either works or it doesn’t. And then his skill set to go install the solar and do a great job and sort of bend over backwards on the quality side. You know, we started building the business in the first year. We were like, okay, wait a minute. We just did a million dollars. Whoa. High five. Unbelievable. And then the next year we sort of did $8 million and we kind of high-fived and said, whoa, this is sort of growing.And Austin has always been sort of a leader, certainly in Texas, I would say, as it relates to renewable energy. And so they had a good program here. So it was a good place to start. And then we sort of expanded across Texas, San Antonio, Dallas, Houston, and then just grew the business and sort of realized what we did that was unique was everybody that works still at Freedom Solar is an employee. So we don’t subcontract the work. We manage the qu

Texas load is rising fast, supply chains are tight, and the cheapest near-term resource is demand we shape intentionally. But are the right economic signals there to bring this resource to scale?Texas has a highly competitive power supply market, but the demand side is severely underdeveloped. In my conversation with Travis Kavulla, former Montana PSC Chairman and current leader in retail innovation, we explored how Texas can unlock the cheapest near-term resource by shaping demand on purpose.Retailers now have both the data and tools to automate flexibility in homes and small businesses. That’s the fastest way to keep bills in check and the lights on during tight hours.“The incentives are there for sure… when spot prices rise above a flat retail rate, the incentive flips, and it’s valuable for both the retailer and the customer to reduce.”Smart Meter Texas enables interval settlement, and connected devices like thermostats, EVs, and batteries can now respond automatically. This is finally real.Retailers are competing not just on price, but on automation. NRG has moved its virtual power plant strategy to the center of its retail offering, pairing Vivint installations with demand response.“We announced a one-gigawatt goal… and hit 150 megawatts this year.”That flexibility hedges against the most expensive hours and brings value directly into customers’ homes. ERCOT has also proposed a program, capped at 500 MW, that pays households for reducing use in the tightest hours. It helps offset hardware costs and puts residential customers on more even footing with large industry.Our system should reward shifting, not just saving — using more when power is plentiful, less when it’s scarce. That avoids overbuilding while meeting growth from data centers, electrification, and hotter summers. Winter risk is just as much a demand issue as supply. Resistance heating drove massive spikes during Uri. Heat pump retrofits can improve reliability and affordability, but without targeted support, private markets may underinvest.Transmission costs are another sticking point. Large customers can avoid charges by guessing peaks, shifting costs onto everyone else. Residential customers use about a third of the energy but pay half of transmission, which rose more than 120% in a decade. Reforming 4CP so costs align with who drives grid build-out would be fairer.Texas can build a true two-sided market. Let competition automate flexibility in millions of homes, fix cost signals, and target winter risk directly. That’s how we keep bills manageable, stay reliable, and grow with confidence.If this breakdown was useful, share it with a friend or colleague, and subscribe so you don’t miss the next Texas-focused grid update.Timestamps* 00:00 – Introduction to Travis Kavulla* 02:00 – Introduction to NRG* 04:00 – ERCOT competition and demand side incentives* 06:30 – The importance of Smart Meter Texas* 09:00 – Innovation from competition, telecom and airlines analogies* 12:00 – Importance of demand flexibility both from AI and residential sectors* 15:00 – Rate design for shifting use* 17:00 – Increasing load factors, how using more energy can be energy efficient* 19:00 – NRG’s VPP with Google / Renew Home and their progress toward their 1 GW goal* 23:00 – Integration with smart home technologies* 25:00 – The potential for customers to lower prices* 28:00 – Sponsor: Aurora Energy Transition Forum* 28:45 – ERCOT’s residential DR proposal, why ERS doesn’t work for small customers* 32:00 – Why NRG has broken from other generators to support residential DR* 34:00 – REPs in Texas’ energy efficiency programs * 38:00 – Can we leverage markets to reduce wintertime outage risk through energy efficiency?* 41:00 – Part of the cause of Uri outages was extremely high demand, difficulty * 44:00 – Lack of focus from Utility Commissions on demand side* 46:00 — Sponsor: Intersolar and Energy Storage North America* 47:00 — Utilities are incentivized to spend on capital but not on operations* 52:00 – Why and how transmission cost allocation and 4CP should change* 57:00 – ClosingResourcesGuest & Company• Travis Kavulla: LinkedIn• NRG Energy: Website, LinkedInReferenced in the Conversation• Travis’ University of Chicago Syllabus: Utilities and Electricity Markets: Regulation in the United States • Book: Prophets of Regulation• Travis’ ESIG Whitepaper: Why is the Smart Grid So Dumb?An Audit Report on Critical Infrastructure Activities at the Railroad CommissionNRG’s filing post-Uri on wintertime demand with resistance heat 100% higher than summertime demand, referenced in my very first Substack article: 2022 Cold Snap Shows Resistance is FutileCompany & Industry News• NRG, Renew Home, and Google Cloud announce plan for a 1 GW Texas VPP • NRG to buy 18 gas plants from LS Power in $12B deal (Reuters)• NRG wins nearly $800M in Texas Energy Fund loans for gas plants (Houston Chronicle)Related Podcasts by Doug• The Name of the Game is Flexibility• Creating a Distributed Battery Network with Zach Dell📄 Related Substack Posts by Doug• Texas Load Growth, Challenges and Opportunities• ERCOT CEO says we need all resources• New Residential Demand Response Proposal in Texas (Grid Roundup #74)• Solar, Storage, Gas, and VPPs in Texas (Reading & Podcast Picks)🌐 Doug’s Platforms• LinkedIn• YouTube• X (Twitter)📅 Upcoming Events / Sponsor Information• October 21: Aurora Energy Transition Forum• November 18-19: Intersolar and Energy Storage North AmericaTranscriptDoug Lewin (00:05.656)Thanks everybody for being here and thanks Travis for doing this, really appreciative to SPEER for putting on this great event. As Liz said, I was director of the organization for—I was going to say several years. I think it was many years, five years. It’s great to see the organization growing and thriving and see all of you involved. For those that are listening to the podcast later, we are at the SPEER Industry and Policy Workshop in Austin, Texas. And I’m really thrilled today to have Travis Kavulla here. Travis, I’ve been meaning to interview you for the pod for a while anyway, and I think this is a great setting and crowd to have this conversation because I don’t think there’s anybody better to sort of talk about how retail electric providers, right? A really dynamic market here in Texas with how many different retailers are there?Travis Kavulla (00:51.534)80, 100? Many. Many. We love all of our competitors, we love competition, but there are a lot.Doug Lewin (00:56.682)Exactly. It’s a very thriving market. There’s a lot of different choice for customers, particularly in the Houston, Dallas, Fort Worth, Corpus Christi, Laredo, et cetera, parts of the state that are served by competition. And to really get into how energy efficiency and distributed energy resources can be advanced using competition and using retail electric providers, I think there’s nobody better than Travis for this. So Travis is vice president of regulatory affairs at NRG. He was commissioner and chair of the Montana—you guys call it the PSC there, ours obviously would be the PUC. He was also president, I believe was the title, of NARUC, National Association of Regulatory Utility Commissioners. So truly a thought leader in this space. Please join me in welcoming Travis Kavulla to the SPEER Workshop.Travis Kavulla (01:43.822)Thank you, Doug. Thank you, audience. We need those little things that say, “applaud” up here, I feel.Doug Lewin (01:50.318)I’ll just ask. We’ll just do that. It’ll be fine. All right. So first of all, anything before I get into some of the questions I’ve got for you, anything else you want to say by way of intro? As far as your background, maybe actually just like a brief word on NRG. I don’t want to assume folks know necessarily what NRG is. You guys are obviously a very big company, most probably do, but maybe give a little more background of yourself if you like and NRG.Travis Kavulla (02:11.342)Sure. So NRG is a retail electric provider in the state of Texas and all other states that allow customers of electricity and in some places gas, though not Texas, a choice in their provider. We’re also a power generator in the state. We sign a lot of power purchase agreements with third parties. And then we have a large natural gas marketing business. And relevant to this conversation, a smart home company that’s one of our most recent acquisitions called Vivint. So we operate basically across the United States, mostly in the competitive markets for power and gas. We have about 8 million customers across North America and a sizable chunk of generation as well. And then you got my bio down, Doug, but one of my passions is teaching. I teach, I’m a lecturer at University of Chicago as well, where I teach on—my syllabus is available for all of you to download for free. It’s a course on utility regulation and the design of electric power markets, which is sometimes not always intuitive. So that keeps me fresh with the youths, I’ll have to think.Doug Lewin (03:11.278)Clearly. You know, it’s funny you say that because I actually taught a semester at the LBJ School and I leaned pretty heavily on your syllabus, which is excellent. And anybody wanting to understand the history of regulation of the electric industry and how competition came about, like there’s probably no better place to look than your University of Chicago syllabus.Travis Kavulla (03:29.866)I’m pretty great, but I’m wearing the orange socks in your and the venue’s honor today rather than maroon.Doug Lewin (03:35.394)We much appreciate that. Thank you. All the Longhorns in the room want to clap for that? There’s only a couple of Longhorns. We’re at the University of Texas campus. Maybe they’re Aggies. So by the way, in the syllabus I used, your “Why is the Smart Grid So Dumb?” was in my syllabus. We’re going to talk about that paper you wrote, which is one of the best papers on this topic. But okay, but before we get into all that, and before we get into NRG’s