TopPodcast.com
Menu
  • Home
  • Top Charts
  • Top Networks
  • Top Apps
  • Top Independents
  • Top Podfluencers
  • Top Picks
    • Top Business Podcasts
    • Top True Crime Podcasts
    • Top Finance Podcasts
    • Top Comedy Podcasts
    • Top Music Podcasts
    • Top Womens Podcasts
    • Top Kids Podcasts
    • Top Sports Podcasts
    • Top News Podcasts
    • Top Tech Podcasts
    • Top Crypto Podcasts
    • Top Entrepreneurial Podcasts
    • Top Fantasy Sports Podcasts
    • Top Political Podcasts
    • Top Science Podcasts
    • Top Self Help Podcasts
    • Top Sports Betting Podcasts
    • Top Stocks Podcasts
  • Podcast News
  • About Us
  • Podcast Advertising
  • Contact
Not in our directory?
Add Show Here
Podcast Equipment
Center

toppodcastlogoOur TOPPODCAST Picks

  • Comedy
  • Crypto
  • Sports
  • News
  • Politics
  • True Crime
  • Business
  • Finance

Follow Us

toppodcastlogoStay Connected

    View Top 200 Chart
    Back to Rankings Page
    News

    Volts

    Volts is a podcast about leaving fossil fuels behind. I’ve been reporting on and explaining clean-energy topics for almost 20 years, and I love talking to politicians, analysts, innovators, and activists about the latest progress in the world’s most important fight. (Volts is entirely subscriber-supported. Sign up!)

    www.volts.wtf

    Advertise

    Copyright: © David Roberts

    • Apple Podcasts
    • Google Play
    • Spotify

    Latest Episodes:
    What's going on with offshore wind? Dec 13, 2023
    Show notes

    In this episode, wind industry analyst Samantha Woodworth speaks to the growing pains of the offshore wind industry and what its future may hold.(PDF transcript)(Active transcript)Text transcript:David RobertsLast week, for the first time ever, a commercial offshore wind farm delivered power to the US grid. It was an important milestone — and also the rare bit of good news for an otherwise beleaguered industry. Everywhere else, costs are up, contracts are being renegotiated, and projects are getting canceled. It all sounds pretty bad, especially for a sector that barely even exists yet. What’s going on? How much of this turmoil is temporary and how much reflects lasting structural changes? Is the US offshore wind industry going to die before it even leaves its crib? To gain a little clarity on these questions, I contacted Samantha Woodworth, a senior wind industry analyst at Wood Mackenzie. We talked about the converging difficulties facing the industry right now, efforts to renegotiate contracts that were signed in the Before Times, the odd role that ships play in the whole mess, and the industry's prospects in coming years and decades.Samantha Woodworth, welcome to Volts. Thank you so much for coming.Samantha WoodworthWell, thank you so much for having me. I'm happy to be here.David RobertsThis is exciting. I have 411,000 questions. The more I dig, the more questions I have. So I'm excited to get into this. It seems like we're really at a hinge point here for offshore wind in the U.S., and there's lots of sort of contradictory signals happening. On the one hand, literally today, the day we're recording, we heard that the first power from an offshore wind turbine is being delivered in New York today. So I think, unless, correct me if I'm wrong, that marks the first actual power from offshore wind being used in the U.S.Is that correct?Samantha WoodworthEssentially, yeah. I mean, it's the first commercial-scale offshore wind farm in the U.S. flowing power to the grid. It is a super-duper exciting day.David RobertsYeah, that is exciting. And also, I think just a couple of days ago or maybe yesterday or very recently, there were some announcements of new offshore wind procurement. But then on the other hand, we have all these other stories coming. So let me just, in terms of the quote unquote crisis of U.S. offshore wind, let me summarize quickly what it seems like what I've gathered is going on, and you can fill in the details and tell me if I'm missing anything.Samantha WoodworthAbsolutely.David RobertsBasically, a bunch of contracts were signed for offshore wind amidst a period of great enthusiasm in the Before Times, like pre-2019, back when things were normal, I don't know.Samantha WoodworthYeah.David RobertsWere they normal?Samantha WoodworthMore or less.David RobertsWhat's normal? But economic circumstances, let's say, were a lot better back then. So you sign these contracts, you sign up, and these projects take a long time to build. So in between the signing and today, we've had a pandemic. Inflation. Russia invaded Ukraine and screwed up the entire globe's supply chains. Now everything looks much, much, much more expensive than it did then. And so now these wind companies are stuck with these contracts premised on much lower prices, much lower inflation, much lower interest rates, et cetera, et cetera. And they're sort of scrambling.Some of them are getting canceled, they're trying to renegotiate, et cetera, et cetera. Is that roughly accurate as a summary?Samantha WoodworthYeah, yeah, definitely the shortlist of things that has kind of compounded to be a perfect storm of issues within the U.S. offshore space. And unfortunately, it's hitting hard everywhere. It's not just the U.S. offshore wind space that's getting absolutely derailed by these issues, but because the U.S. offshore wind space is so new and so young and doesn't have the robust foundation like even U.S. onshore wind does, they're definitely feeling the effects a lot harder with a higher magnitude.David RobertsGot it. So this is a global phenomenon, though. These are not U.S. specific trends here?Samantha WoodworthThat's correct, yeah. Inflation, the pandemic recovery. There's a couple of U.S. specific things related to treasury guidance and that sort of thing. But for the most part, offshore wind is feeling these effects globally. Onshore wind is feeling these effects globally. It stinks — the timing for U.S. offshore, just because we were so close to getting all of these projects greenlit, and it just was the perfect storm of poor timing.David RobertsReally terrible. Really, really terrible timing for this industry in particular. They were just like a toddler, just sort of standing up and taking their first steps and like, now this.Samantha WoodworthYeah.David RobertsWe're talking about all these different things converging. If you had to rank them, what's the sort of biggest? Is it interest rates that are the main thing here, or could you rank them? Is it all just a mess?Samantha WoodworthProject costs and the effect of inflation are probably the biggest issue that we've been seeing with the offshore space. That's obviously what's causing the projects to come to the table and ask to renegotiate contracts or even just eating those massive termination penalties with a plan to rebid in subsequent tenders. Even local governments, the states that are soliciting offshore wind, are beginning to include clauses in these solicitations that allow for projects to index their bid price with inflation as a way —David RobertsInteresting.Samantha WoodworthYeah, to help mitigate that potential for, God forbid, inflation keep going up.David RobertsYeah, I want to get back to those tenders and the renegotiations and all that in a little bit. There's some interesting details here, but I guess one of my big questions is, if you listen to a skeptic, an offshore wind skeptic, what they will say is this shows basically that offshore wind was an artifact of weirdly low interest rates. The sort of weirdly low interest rates that held sway for the past decade. And basically, they can't compete in a world of normal interest rates. Does that seem true to you? And did no one see interest rates coming?Was all this done on the assumption that interest rates were going to stay weirdly low, near zero, forever?Samantha WoodworthI would disagree with that. I mean, we've had the sort of foundational pieces in place to make offshore wind into a successful industry, including tax credits, financing regimes and that sort of thing. It is not unreasonable to think that interest rates would increase, but I don't think anyone could have predicted that they were going to just so rampantly go out of control post pandemic. The magnitude to which this issue happened is really what was causing the projects to no longer be viable. Interest rates fluctuate a lot anyway, but it's one of those things where I think this isn't something that anybody could have really predicted or should have been able to predict.It's obviously going to cause a good amount of revisiting of how these contracts are scoped and how they're written, whether that is including index bids and whatnot. But it really is one of those things where I don't think anybody could have possibly predicted, you know. 7%, 8%, 9% —David RobertsRight. The severity of it.Samantha WoodworthYeah. And if you look at Europe, too, you have commercially viable projects there that have similar remuneration mechanisms to what's being set up in the U.S., and they remained economically viable. So again, it just has to do with the nascence of the industry and not having as robust of a foundation or backbone or infrastructure as, say, in locations in Europe.David RobertsRight. Speaking of that infrastructure, let's talk a little bit about the supply chain. So there's sort of two supply chain stories, and I'm curious how they apply to offshore wind. One is just Russia invading Ukraine, you know, and then cut off the gas from Russia, and then everybody's scrambling for clean energy, and basically supply chains get jammed up in a way that is screwed up everybody for a while, screwed up all industries for a while, but particularly this industry. That's one story. And then the other story is just specific to offshore wind in the U.S., which is just, we don't have the supply chain in the U.S. yet, just because, as you say, the industry is nascent.And now we have these laws sort of mandating that we have to use domestic content or use domestic manufacturing or use domestic ships, which we'll return to later. So now the industry is having to wait on a supply chain standing up. Which of those is responsible for the current woes?Samantha WoodworthI think it's a combination of both, really. I mean, like I had said, the whole renewables industry is feeling the effects of the supply chain disruptions caused by the pandemic, as well as caused by the conflict between Russia and Ukraine. As you mentioned, the local supply chain, especially for offshore wind in the U.S., is pretty non-existent. As it stands now, there are a number of idle facilities and newly proposed facilities that are being thought of to help address that. Unfortunately, even if all of those come online, we would need more to be able to meet demand.But it's a very good start. That being said, I think it was Siemens Gamesa announced that they're no longer planning on building a blade manufacturing facility in the U.S. because of just how volatile the offshore wind market has become here and how —David RobertsUgh.Samantha WoodworthYeah, I know, it's a huge bummer — how projects are no longer guarantees at this point.David RobertsWell, this is a chicken and egg thing, right? I mean, the problem with the supply chain.Samantha WoodworthYeah. And no one wants to spend millions of dollars to create a new manufacturing facility if the demand isn't going to be there for several years later if the project's delayed, God forbid, the project gets canceled. Right. So that's definitely one of the big issues that we're running into in the U.S. as far as just even establishing that local supply chain. We have a decently robust supply chain for onshore, but obviously we really don't have anything that can quite cater to offshore yet, just the scale and the scope. So we really need to make sure, especially this latest tranche of projects that are getting awarded, like New York's third auction, that the preliminary winners were announced a couple months ago, I think.That as well as New Jersey, Massachusetts, Connecticut, Rhode Island, you know, the onus really is to get the pricing of those contracts right so that we can have that certainty in the project pipeline again, and therefore convey that certainty into establishing a robust supply chain of labor, of manufacturing, of port infrastructure, of ships, of everything we could possibly need to really foundationally have it.David RobertsAt the same time, if you're proposing a project whether and how much that stuff will be available is very germane to the price you can ask. Right, this gets back to the chicken and egg thing. In a sense, you need that stuff around, or at least some idea that it's going to be around before you can properly assess your own project.Samantha WoodworthYeah, but you know, we kind of knew going into creating this industry that we were going to be heavily reliant on Europe for not even just best practices, but being able to source these components because they have most of the offshore wind manufacturing in Europe and we were already going to be reliant on them for vessels, installation vessels anyway. So you can kind of get an idea of what these projects are going to cost. Just knowing where you would have to source supply chain at first, really the kind of question becomes, "all right, if we were to build these in the U.S., how would the costs be different? And what certain standards do these local supply chain and these local manufacturers have to adhere to?"Actually, with regard to that Siemens Gamesa cancellation of that facility, they're still planning on honoring all their contracts and their firm orders with U.S. projects. They're just saying that they're going to have to be imported from Europe.David RobertsInteresting. So on the one hand, you have this perfect storm, right? You have interest rates making everything more expensive, you have inflation making parts, et cetera, more expensive, all this stuff. But on the other hand, you also have, just a couple, a year ago, the passage of IRA, which contained — the Inflation Reduction Act — which contained kajillions of dollars for green projects, I assume has a lot of money available for offshore wind, a lot of money available for onshoring of manufacturing. Like all that stuff is getting showered with money right now. Is that money just not enough to — is the support in IRA just not enough to sort of offset the severity of all this stuff that's happening?Samantha WoodworthThere's definitely a piece of that. I think, again, nobody wants to be the 100% footing the bill for all of this. Right? And I don't think that the way that the feds are looking at it is necessarily the same way that each state individually is looking at funding and getting all of these programs and infrastructure in place. And a lot of states are kind of acting in a vacuum too. Until very recently, with that three state, at least procurement, consortium that Rhode Island and Massachusetts and Connecticut are doing. That's the first regional agreement to actually do these projects together and will likely spur regional supply chain development, as opposed to just state by state supply chain development, which is going to be really good.But it seems like in trying to get all of this stuff established again, nobody wants to be the only one footing the bill, but it seems like each entity that's trying to get it established is operating kind of within its own vacuum.David RobertsYes. For a policy head like me, when I hear this, like, all these chicken and egg problems like, this can't happen until this happens. This can't happen until this happens. I think, hey, what about government?" What about some planning? What about some policy here? This seems like a great. But I thought IRA would have done some of that.Samantha WoodworthYeah, and that's the thing. It obviously promised a whole bunch of money towards it, but ultimately, we haven't really seen anything like an offshore wind working group or like a supply chain working group, or there haven't been any sort of results like that that have stemmed from the Inflation Reduction Act. So I would agree and say there needs to be more actual action taken. I mean, yes, you can try and throw money at problems and hope they go away, but really, there needs to just be a whole bunch of stakeholders sat down at this table to figure out, okay, realistically, how is this going to work?And realistically, where is the money going to come from?David RobertsIt's like, the bill looks a lot bigger than it did, and now you got to get back together and figure out how to divvy it up. I want to return to policy in a little bit, but in the context of all this other stuff, how big a problem is NIMBYism for offshore wind specifically? I know sort of legendarily the first offshore wind project off of Cape Wind.Samantha WoodworthOh, the Cape Wind project yeah.David RobertsJust got mired in NIMBY BS for years and eventually died.Samantha WoodworthYep.David RobertsAnd I know there's been fights like th…

    Full show notes at the publisher

    Getting local communities on board with renewable energy, Australia edition Dec 08, 2023
    Show notes

    In this episode, Jarra Hicks of the Australian nonprofit Community Power Agency talks about addressing rural resistance to clean energy infrastructure through effective community engagement.(PDF transcript)(Active transcript)Text transcript:David RobertsTo hit its climate targets, the US must build an enormous amount of new clean energy infrastructure. Much of that infrastructure is going to be built in rural communities, and the resistance of those communities to that infrastructure is one of the greatest threats to the clean energy transition.I've done a couple of pods on this subject and will probably do more. Today, we're going to get something of an international perspective. When I was in Australia, I interacted with a broad network of scholars and activists who are thinking seriously about the social mechanics of community buy-in. One of those scholars and activists is Jarra Hicks, who got her PhD at the University of New South Wales with a dissertation on community-owned wind farms in rural (or as they call them in Australia, “regional”) communities. She now runs the Community Power Agency, a nonprofit organization that is working to ensure a “faster and fairer transition to clean energy.”Among other things, Hicks has co-authored a benefit-sharing guide and runs an online benefit-sharing course, both meant to help renewable energy developers better navigate this tricky territory.I've been meaning catch up with Hicks ever since I returned from Australia. Last week I finally got the chance — we talked about the problem of rural resistance, the balance between community engagement and speed, and the many varieties of benefit sharing. I think it will be clear to everyone how this knowledge transfers into the US context. I enjoyed it immensely and hope you do too.All right then. Jarra Hicks, welcome to Volts. Thank you so much for coming.Jarra HicksYeah, thanks for having me.David RobertsThis is a topic of great, great interest in the U.S. right now, but I thought it would be interesting to get a perspective from another country as well, especially since you seem to have devoted your life to learning about this. So I think there are going to be some lessons that are transferable, but let's just start maybe with how you came to this subject of your PhD and of your professional work.Jarra HicksYeah, sure. So I was really lucky. I got the chance to visit a lot of communities that were doing renewable energy projects, and these were communities that were really embracing renewables. They loved renewables and they were getting great outcomes for their communities and for the planet. And I wanted to see more of that. I wanted to see more communities who were really passionate about renewables and able to get a lot of great benefits from being involved in the energy transition. And I wanted to see more communities who felt positive about this change. And if we go back, I first got involved in this in the early two thousands.And at that time, there were a lot of communities who were pushing for more renewable energy uptake. And in Australia at that time, there really wasn't a ton of renewable energy, and probably similar in the states, communities were really wanting to get behind renewable energy as a means of taking action on climate change. And at that time, there was an absence of national policy supporting renewables. So it was about a grassroots movement to get renewables up and running. So we saw programs like communities coming together to organize a bulk purchase and install of solar panels at a community scale.So helping reduce the barriers for people, helping them understand the technology, helping them install it in their homes. But we also saw communities coming together to establish commercial-scale projects like little two-turbine wind farms. And this was really motivated by communities wanting to take positive action on climate change.David RobertsDid that switch at some point to resistance? Because that's the opposite of the problem we have now.Right, well, I guess, yeah. So what we're seeing now is there is emerging resistance to large scale renewable energy projects. And so it is, it's a really different landscape. But what I've learned through my years of being involved is that it's really possible for communities to not only accept renewable energy projects but to really love them and to welcome them in their communities. And it's about the way we go about these projects, and it's about the way we make opportunities for people to really be involved and to genuinely participate in that process.What was the PhD work, what was the specific focus of your PhD?Jarra HicksSo, my PhD looked at small community-owned wind farms. So using commercial-scale turbines, 900-megawatt turbines, 1 MW turbines, but just one or two or three of them at a time. So these are small wind farms that are owned by the community. And those projects, they've emerged from a community desire to have their own energy or to have clean energy to take action on climate change. And these communities went through different processes to set up these enterprises so that they could have community-owned wind farms. And my PhD was really looking at what are the social outcomes that can occur in a community when they go through this process together.And ultimately, what I was looking at is how can we do renewable energy development in a way that brings people along and that helps people to feel positive and confident and comfortable about renewable energy, and that creates a business model that delivers benefit back into communities as well. And through my career now, I've been able to learn about what is it that helps to create a positive relationship between communities and large scale renewable energy projects and to translate some of those learnings into the commercial large scale renewable energy practice of development.David RobertsSocial license, as they call it. Talk a little bit about how you think about social license, just sort of in the abstract. What is social license and why is it particularly so important for renewables?Jarra HicksYeah, so it's a term that's used to describe the ongoing relationship between a project, the project proponent, and the local community or the society hosting that project. It's a dynamic relationship. It's not a once-off license that you might get for other aspects of project approval. It's not a once-off stamp, and there it is. It's dynamic and ongoing. It's constant. It's through the development process, it's through the operation phase of the project. It's lifelong. And it's about creating and maintaining a level of acceptance and approval for a project in the community that is hosting that project.And at its strongest, it's about actually embedding that project into a place so well and so much that people can identify positively with it. Like it can even become a symbol of that place, or it can become a characteristic that people feel proud of. But when it's missing, or if there is no social license to operate, that's when we see broad-scale opposition and protests that can hamstring a project or stall it for years or even sometimes kill a project in the water.David RobertsYeah, I want to spend a little bit of time on that, on the negative side on bad process. Starting with just: Is it as big a problem in Australia as it is in the US right now? Because in the mean, I think I would rank it on top of the forces pushing back against the spread of renewables right now. I would put community opposition rank it number one. There are projects dying right and left of this stuff. Is it that big a problem in Australia? Like, is the Australian renewables community as gripped by this problem as they are over here?Jarra HicksIt's definitely a big concern, and I would say it's becoming a more difficult thing by the day in Australia. Part of what's going on is that communities are getting sick of the relationship with a company that is extractive. They're getting sick of that scenario where a big company comes in and takes something in a way that feels extractive, it doesn't feel fair, and it doesn't provide a benefit, a genuine, lasting benefit in that community. And it doesn't engage with people in a way that helps them to feel like they're being treated with respect. I have a three-year-old kid and if I just try telling him what's going on and being like, "Right, we're leaving the house now. Come on." He doesn't really like it. People don't really like just being told what to do. People respond much more positively if you're like, "Hey, it's going to be important for us to go and do this thing soon. And we could ride the bike there or we could drive the car there. And while we're there, we could do something fun for you as well." taking the example of my three-year-old kid. The renewable energy equivalent is about working with communities through a process that feels fair and good. So it's about doing your engagement well. It's about doing your engagement early enough so that communities genuinely have a role to play in designing a project that is going to be appropriate and well received in that place.It's about doing engagement in a way that allows people genuinely to influence some outcomes of the project. And it's about doing your engagement in a way that is appropriate for that community too. Like, are they online literate or do they rely really on the newspaper and the radio and face-to-face engagement? it's about all those things. But it's also about delivering positive and tangible benefits. So there's really two elements. It's about it being done well in terms of the process and done well in terms of local people's experience of the outcomes from that project. In the academic research on this that's been done across the US, Europe, and Australia, the language is around procedural fairness and distributional justice.David RobertsDo you in Australia, as we do in the US, have an active and well-funded political force pushing against you on this? In other words, trying to sow confusion where you're trying to remove it, trying to raise fears where you're trying to calm them, that kind of thing. Is there something organized like that nationwide, or is this spontaneous community pushback?Jarra HicksThere is both. I would say that there's definitely organized, particularly anti-wind sentiment that has deep links politically within conservative politics and that historically has been proven to have links with the fossil fuel industry as well. And that's been the case for over a decade with regards to the anti-wind movement in Australia. So that is a really difficult political context and they are often really good at doing fear-based campaigning and also capturing the media, and it's a real concern. Part of my way of thinking and strategy for how to address that is if we can be doing our practice well as renewable energy developers, if we can be engaging people well and with respect, we've got good process and we've got good strategies for delivering benefit locally, delivering local jobs and local procurement and other benefits, and we're in those communities having good relationships and good conversations, then that's the only thing really that we can do to inoculate against that fear-based and organized campaigning.David RobertsAnother thing that comes up when I hear this, and I've talked to some renewable energy developers about this and they feel caught in a dilemma, I guess you would say, which is there's this incredible need for speed and this incredible demand for what they want to do from the sort of nation at large, but this incredible pushback at the local level. So when they go fast they run into problems, right? They're told if they go too fast they run into problems. But the only alternative is going very slow. And going slow A, costs more money and B, doesn't serve that interest of speed that's built into the sort of climate targets that the US has.So how do you wrestle with this dilemma between process and speed? When I hear more process, more engagement with the community, especially on a bespoke — as you say, every community is different, and if you really want to do this well, you're going to do research beforehand, you're going to do polls or surveys, you're going to have someone who's there on a full-time basis. I mean I can imagine how to do it very well. All of that to me sounds very slow. How do you think about the relationship of quality, I guess, and speed when it comes to community engagement?Jarra HicksI have a bunch of thoughts on that. I think at a project level, if you have dedicated engagement staff working alongside your project development team and they are able to be on the ground doing the good work in the community, like there every step of the way with your project development team from when that project is first conceived and you're first doing feasibility studies, I don't think this needs to take any more time. In fact, the experience that I have seen with projects in Australia is that it can actually speed up the project development and approval process. So doing good engagement and good benefit sharing.You know, I've spoken to projects whose experience is that it has sped up their approval process and that that's had a really substantial dollar value for them because it's made it easier and faster. And this one particular project I'm thinking of, there had been no wind projects approved in that state for two years because wind energy projects had become quite controversial and political and they got their project approved really without a hitch because they had done great engagement, good benefit sharing, and also because it was a well-placed project, it was a strategically placed project. So I think that good practice does not need to slow you down. I guess the other points that I would make, I think that a lot is to do with the practice of developers on the ground in communities.But the scale and the pace at which we need to do this transition as whole countries and as a whole planet requires that we put some emphasis on creating the right social context for this transition so that our society and our communities really understand why it's needed, they feel comfortable with the technologies, but even more than that, they are enabled and supported to participate themselves. So what I've seen with community energy and what I really believe is that if we have policies that support people to get involved with renewables in their homes, in their businesses, in their communities, that that's going to create a social context of support that will assist us with getting large scale projects happening faster as well.David RobertsI meant to mention as you went past that, that these community engagement people at the renewable energy developers who I talk to also always say that they're underfunded relative to their opposition, that they go in completely unprepared for the scale and intensity of opposition, and that their bosses don't yet understand how important or significant their job is or how the kind of fight they're fighting. Do you have a sense that renewable energy developers are starting to get the significance of this and resource it appropriately?Jarra HicksI do feel like that's a change that's very much underway in Australia, also globally, but there's a long way to go. I think there's a recognition now that social license and the social aspects of this energy change are really important. I thi…

    Full show notes at the publisher

    The Farm Bill is the most important climate bill this Congress will pass Dec 06, 2023
    Show notes

    In this episode, Peter Lehner, head of the food and farming sustainability program at Earthjustice, gives his expert perspective on the upcoming Farm Bill and its potential impact on agricultural decarbonization in the US.(PDF transcript)(Active transcript)Text transcript:David RobertsAs longtime subscribers know — indeed, as the name makes plain — Volts is primarily focused on the energy side the climate fight. I haven't paid much attention to agriculture over the years. I understand that agriculture is a huge piece of the puzzle, both for decarbonization and for sustainability more generally. It's just not really been my jam.However! The Farm Bill — which requires reauthorization every five years — is likely to pass in coming months, and it is arguably the most important climate bill Congress will address this session.To talk me through the agriculture/climate nexus and discuss opportunities in the upcoming Farm Bill, I contacted Peter Lehner. He is the head of Earthjustice’s food and farming sustainability program, and the author of Farming for Our Future: The Science, Law, and Policy of Climate-Neutral Agriculture.We talked about how US agriculture has evaded environmental laws and become the source of 30 percent of US greenhouse gas emissions, ways that the upcoming Farm Bill can be tweaked to better fight climate change, and what's next for agriculture decarbonization.Peter Lehner of Earthjustice, welcome to Volts. Thank you so much for coming on.Peter LehnerGreat to be here, Dave.David RobertsAs you may know, if you have read my work over the years or followed me at all, I'm pretty heavily, deeply into the energy world as the source of most of my time and attention in the climate fight. I know on some level, partially because I've been lectured by people numerous times over the years, that agriculture is a big piece of the puzzle — and land use and oceans, which are other things that I also don't spend much time on. And I fully acknowledge that they're important, they're just not my personal passion. However, I've felt vaguely guilty about that for years.And I know the Farm Bill is coming up, which is a significant marker, I think, possibly the source of some significant action. We'll discuss that in a while. But at the very least a good excuse, I think, for me to check in and just sort of see like, what's the state of climate and agriculture, you know, action stuff, what's going on there? So, that's what you're here for, Peter, because you are the expert author of a book on the subject, numerous podcasts, been studying this for a long time. So before we get into the Farm Bill, just maybe — I know that the subject of the ties between agriculture and climate and carbon and methane greenhouse gases is very complicated.You've written entire books on the subject. But I wonder, for people like me who have had their nose mostly in the energy world, if you could just summarize relatively quickly what are the big kind of buckets where agriculture overlaps with carbon and decarbonization and climate generally? What are the big areas of concern that people should have their eyes on?Peter LehnerSure, you know, I should say, Dave, that I came to this really the same as you. I'd been working on energy issues for a very long time. For three decades, I've sued many power plants. I've worked on many different environmental laws dealing with regulation of the power sector. And what happened is, over time, doing general environmental law for New York State, for NRDC, for Earthjustice where I am now, I kept seeing the impact of agriculture as really being enormous and impeding our ability to achieve our environmental and health goals unless it was addressed. So that's why I'm focusing on this now.But like you, I think most environmentalists focus much more on the industrial sector, the power sector, the transportation sector. And part of what I've come to realize is that we all should pay a lot more attention to the agriculture sector. And we'll talk about the Farm Bill coming up. But really the Farm Bill is the biggest environmental law Congress will address that most people have never heard of. Now why is that? So, I'll tell you quickly. First, agriculture uses most of our land. It uses about two thirds of the contiguous U.S.David RobertsCan I pause you there?Peter LehnerSure.David RobertsThat took me two or three seconds to catch up with that before my mind blew. Two thirds of the land of the contiguous United States is devoted to agriculture?Peter Lehner62%, yeah. And that's about using rounder numbers, about 400 million acres of cropland. About half of that is used to grow food that people eat, and about half of that is growing food that animals eat. And close to 800 million acres of grazing land, some of that is federal land, some of that is state land. A lot of that is private land. But all told, it's over a billion acres of land, almost all in the lower 48 is used for agriculture.David RobertsThat is wild.Peter LehnerSo think about it. If you fly anywhere and look out the window, what do you see? You really see agriculture, whether it be the irrigation circles or just the fields or whatever. That's what has transformed our landscape. And part of the result of that, of course, is agriculture is really the biggest driver of biodiversity loss. So much of biodiversity loss is habitat loss. And look, I've spent decades working on issues like grizzly bears and wolves. But what those issues are at bottom is agriculture because we are grazing in grizzly and wolf territory. And so much of habitat loss, whether it be land or polluted waters, is driving other biodiversity loss.So in addition to that, what I was going to mention is the environmental laws that you're probably familiar with, Clean Air Act, Clean Water Act have actually done a pretty good job of addressing air and water pollution from industrial sources, from the energy sector. But they really have not done a very good job addressing air and water pollution from agriculture, whether it be these hundreds of millions of acres of row crops. Or these hundreds of million acres of grazing. Or these more industrial scale facilities where thousands or tens of thousands or even hundreds of thousands of animals are crammed together into buildings — those are called concentrated animal feeding operations. Those are now the largest source of water pollution in the country.David RobertsDid the laws pass over them or just inadequately address them?Peter LehnerA little bit of both. What happened was in 1972, say, when the Clean Water Act was passed, Congress really wasn't thinking that much about agriculture. But also agriculture has changed tremendously since then. It has become so much more industrial. So that a small number of facilities that are gargantuan produce, for example, almost all of our meat, but those didn't exist in 1970. And as you probably know, in the Clean Water Act, it did a good job dealing with pollution coming out of a pipe. But pollution, say, coming off of city streets, that's called non-point source pollution.The regulation was much less strong, and they relied more on grants and education and sort of nudges, as we say. And much of agriculture — 400 million acres of cropland, 800 million acres of grazing land — that's not, by and large, water pollution coming out of a pipe. So essentially, the Clean Water Act doesn't cover it. And similarly, the Clean Air Act does a great job of addressing stuff coming out of smokestacks. And while there's some, like from these concentrated animal feeding operations, there's very concentrated air pollution coming out of the vents. But out of all of those acres of cropland and grazing land, those are called area sources under the Clean Air Act and are addressed much, much less.But still, air pollution from agriculture, I bet this would surprise most of your readers, kills about 17,000 people a year. It's a major source of air pollution in this country.And that is mostly methane or other criteria pollutants?Methane is actually one of the ways agriculture drives climate change. It's actually other pollutants, largely ammonia and hydrogen sulfide, which come from overfertilization and animal waste. And ammonia is a major precursor to the fine particulate matter that gets into our lungs and causes disease and kills us.David RobertsWhich we're finding out, as I've covered on the pod, is worse. You known, every time a new round of science comes out, we find out it's worse than we thought.Peter LehnerYeah. And in a place like, say, the San Joaquin Valley in central California, which has some of the worst air quality in the country, almost all of that PM, that fine particulate matter, is driven by animal agriculture.David RobertsAnd I'm also going to guess maybe you're going to get to this, but that when you take wild land and make it into agricultural land, the land subsequently captures and holds less carbon.Peter LehnerMuch less carbon. So one of the reasons why I think people don't realize that agriculture drives about as much climate change as our transportation sector is — and think about that for a minute, it drives as much climate change as our transportation sector — and yet most of the time there are conversations about climate change and conversations about agriculture. But until recently, those have been two separate conversations. Say in 2018, when we were working on the Farm Bill then, there was virtually no discussion of climate change in the 2018 Farm Bill.David RobertsI'll admit I don't think of it that way in the mental category in my head when I'm thinking about major sources.Peter LehnerYeah, well, why is that? I think that's because when we think about climate change, most people think about climate change, you think about burning fossil fuels and releasing carbon dioxide.David RobertsRight.Peter LehnerAnd that's climate change for most people. Agriculture's contribution to climate change has some of that. Agriculture uses actually a fair amount of energy for, say, irrigation and tractors and of course, food processing later on down the road. But most of agriculture's contribution to climate change is from other sources.David RobertsRight. Which is to say that even if we clean up energy sources, which everybody is working on, and even if the energy inputs to agriculture, you drive the tractors with whatever, electric tractors or electric irrigators, whatever, even if it's zero carbon energy fueling agriculture, that still leaves most of agriculture's contribution to climate change untouched.Peter LehnerExactly, that's true. And even more frightening, even if we do clean up our energy system and our industrial system to a no carbon situation where we hope to of course, that's where we're putting so much effort into, we will still almost certainly face catastrophic climate change because of the contribution of agriculture alone. In other words, if we do everything else perfectly and we don't change our agriculture system and don't address agriculture's contribution to climate change, we are blowing past 1.5 degrees centigrade, blowing past two degrees.David RobertsSo you think just taking the U.S.: The U.S. can't meet its stated Paris climate targets without reforming agriculture?Peter LehnerThat's basically correct. So let me explain a minute why this is the case. Agriculture's contribution to climate change: First, think about methane, which you've mentioned most people think about methane, oil and gas, right?David RobertsYeah.Peter LehnerActually, cows and animal agriculture emit more methane in the U.S. and around the world than the oil and gas sector. Most of that methane is called enteric methane. It's essentially belching and exhaling of cows. And their stomachs are different than ours. That's why they can eat grass in a way that you and I can't. But every time they breathe out, they're breathing out a lot of methane. So that is an enormous source of methane, which I'm sure your listeners know is more than 80 times more potent a greenhouse gas than carbon dioxide over 20 years.David RobertsNobody thought they're innovating a better cow, are they? That seems like fewer cows is the only solution to that. I mean, maybe we're going to touch on solutions later so maybe we should save this. But just like that doesn't seem like a technologically solvable problem. You just need fewer cows.Peter LehnerMost studies have shown that fewer cows, and therefore the consequent part of that is shifting diets to less beef-heavy is one of the fastest, most effective and cost-effective climate strategies and really has to be a part of any strategy. There are things you can do. Breeding has reduced the methane emissions per pound of beef. The way you raise the cows can make a difference. The way you graze them can make a difference. How long they live before they're slaughtered can make a difference. There is some research into feed additives that you'd feed cows, and that changes the bacteria in their gut to produce a little less methane.David RobertsOh, interesting.Peter LehnerAnd all of these are important. There's not one solution. But I think what is unfortunate is sometimes it's viewed by industry as only a technical solution. And the reality is it has to be both technical and essentially demand side. So, the other way methane is produced is manure. There's all those animals. We've got about 50 times more waste produced by animals than by humans in the United States.David Roberts50 times more?Peter LehnerYeah. Those animals produce a lot of waste. One dairy cow, for example, can produce about as much waste as 200 people.David RobertsJesus Christ.Peter LehnerSo all that waste, most of it sits in lagoons or essentially is handled in such a way that it creates a lot of methane. So that's another way that methane is produced and agriculture contributes to climate change.David RobertsWhen people talk about lagoons, I just want to clarify here, they just take all the manure and slough it into a giant pond of manure where it then sits. Is that what people are talking about when they talk about lagoons? There's not any fancy technical. It's just a big pool full of crap.Peter LehnerThat's basically correct. And that's the dominant way in both pig farms and dairy farms, we handle our waste. To get technical, when you put the manure into a big pit like this, because it's wet, there's water, it's transported by water, it is anaerobic. That means it doesn't have oxygen. So as it decomposes, it releases methane. And that is a really significant source of methane all around the country and contributes both locally, but also obviously, majorly to climate change. And I should say rice, also, rice production, also, if you think about it again, you have the image of a rice patty, it's flooded. So you have organic matter decomposing in an anaerobic, without oxygen, system releasing methane. But by far, most methane is from cow belching.David RobertsThat's the big source.Peter LehnerYes.David RobertsBigger than manure.Peter LehnerBigger than manure. Although manure is also very big, I don't want to minimize that. And the two together, again, are more than the oil and gas sector.David RobertsThat is wild. There's so much attention going to oil and gas methane right now, EPA rules coming, there's international treaties being signed, like on and on.Peter LehnerYep. And there should be. We obviously need to address those sources of methane. I think that what is often forgotten is…

    Full show notes at the publisher

    A note to subscribers on Volts' third anniversary Dec 04, 2023
    Show notes

    The first Volts post went up on Dec. 7, 2020. Believe it or not, that was almost three years ago. I want to mark Volts’ third birthday with a few reflections, a couple of fun announcements, and a request. I hope you will indulge me.

    Volts is subscriber-supported

    There have been a lot of new subscribers since the last time I sent out one of these notes and it occurs to me that some of you more recent arrivals — or some of you who have only heard the pod through Apple or Spotify or whatever — might not know what the basic deal is around here. So here’s the short version.

    I left Vox to start Volts three years ago with three goals in mind.

    First, I want to be useful. Clean energy is getting tons of attention these days and lots of people are curious about it, or want to get involved, or are involved and are curious what’s going on in other parts of it. I want to arm those folks with ideas and information. I’ve read and seen enough dire warnings about climate change; I want to show what people are doing about it, and by proxy, all the things you can do about it. The clean-energy transition is a vast puzzle made of many, many smaller puzzles, and they all need people working on them.

    Second, I want to keep myself (and my subscribers) from spiraling into climate doom, and I’ve found that the No. 1 best way to do that is to highlight all the clever, thoughtful, ambitious, good-hearted people out there trying to help. It’s like Mr. Rogers said: when you’re feeling down about looming fascism and climate chaos, look for the helpers.

    And third, I want to remain independent, to do this work without being obligated to or constrained by any big media organization, or the hedge-fund bros who own so many of the media organizations, or advertisers, or think tanks, or NGOs, or wealthy patrons. I don’t want to owe anything to anyone except you, the readers and listeners.

    So I don’t take advertising and I have no sponsors. Volts operates, and I survive, entirely thanks to the income I receive from paid subscribers. This is, I have been reliably informed more than once, a bonkers way to do things from a financial perspective, but I’m a stubborn old Gen Xer and this is how I wanna do it.

    But I’ll be honest: while the number of Volts subscribers has risen with gratifying consistency — there are more than 53,000 of you now and I love each and every one of you as individuals! — the number of paid subscribers not kept pace.

    So this is my once-annual direct ask to everyone reading or listening: if Volts has helped inform or inspire you over the last three years, consider paying to support it, and me, so that it can continue. A subscription is $6 a month or $60 a year (or you can make a one-time donation). For the price of one night out with your family or friends, I’ll give you a whole year’s worth of podcasts! It’s like a dollar a podcast! That’s an amazing price for a free podcast.

    Why should you pay to subscribe? The main reason is simple: pay if you find the work valuable, you want me to be able to continue doing it, and you’re in a financial position to do so. Pay so that those who aren’t in a position to pay can still benefit from it, so the ideas and information can reach the broadest audience.

    But just to sweeten the pot a bit, let’s discuss some changes in the works!

    Ch-ch-ch-changes

    We’re giving Volts a few little upgrades in the coming year.

    Why do I say “we”? Because I’ve brought on Sam — a longtime Volts subscriber and climate professional — to advise and help with these upgrades so I can continue to focus on the main work. You’ll be seeing his name around in the comments and on emails coming from Volts. Be nice to him!

    I mentioned looking for the helpers. We also want the helpers to find one another. So we’re going to do more to help subscribers connect with, learn from, and collaborate with one another.

    We also want to add some benefits for paid subscribers. I’m pretty militant about all the pods and essays being free to everyone — as I said, I want to be as useful as possible — but that doesn’t mean we can’t have some goodies for my beloved inner circle.

    So what does all this mean in practice?

    All subscribers, paid and free, will receive the following upgrades:

    🔓 We’re opening up the comment sections to all subscribers. I know first-hand that subscribers have a ton of knowledge and insight to share. Moving forward, each new podcast will be an opportunity for all of you to share with one another.

    🤝 In the same vein, there will be monthly community threads in which subscribers can share what they’re working on or particular challenges they’re facing. I’m always getting questions from subscribers that I can’t answer but I suspect someone else in the Volts audience can. I want to get y’all connected to one another.

    ⚡ For newcomers, we’re developing a Jumpstart series. If you want to quickly get up to speed on transmission, or thermal storage, or state-level energy politics, we’ll gather all the podcasts and writing you need in one place.

    Paid subscribers will receive the following upgrades:

    💌 We’re starting monthly mailbag pods for paid subscribers only. You ask questions, I attempt to answer them. Ask about energy stuff, or political stuff, or how I work, or why I own so many damn jackets. Anything is fair game.

    🎟️ When Volts attends and/or hosts an event, we’ll offer a handful of free or discounted tickets to paid subscribers whenever possible.

    ➕ Other paid upgrades to come …

    These are all subscriber-requested changes. As we get going, we may add other things — revisiting past content in other ways, contests, maybe some merch. Who knows what could happen! (We’ll be asking you soon what you’d like to see.)

    Sign up as a paid subscriber, become a legend

    So that’s my yearly plea. If you would like to help me keep doing this work, you can help in any of the following ways:

    * Sign up for a monthly or yearly subscription.

    * Substack subscriptions auto-renew unless you tell them not to. Some people really don’t like that! Those folks may make a one-time donation here, outside the Substack system. For those who donate $60 or more, Sam will hook you up with a year’s subscription.

    * You can also give a Volts subscription to a friend or loved one as a green holiday gift. Why, it would make anyone merry!

    * And finally, even if you don’t pay, you can rate and review Volts on Apple or whatever podcast platform you use — there’s a reason every podcaster says this; it’s enormously helpful — or you can just mention Volts to friends or colleagues. Word of mouth is how we’ve grown so far!

    Finally, I want to conclude by expressing my endless, unbounded gratitude. Volts is the work of a lifetime for me, not only the best job I’ve ever had but the best one I can imagine. And it’s only possible because of you. So to everyone who has read it, listened to it, or otherwise engaged with or supported it: thank you, thank you, thank you.


    This is a public episode. If you'd like to discuss this with other subscribers or get access to bonus episodes, visit www.volts.wtf/subscribe

    Checking in on solar power Nov 29, 2023
    Show notes

    In this episode, longtime solar industry analyst Jenny Chase, author of Solar Power Finance Without the Jargon, catches us up on the current state of the global solar industry and looks to where it’s going.(PDF transcript)(Active transcript)Text transcript:David RobertsJenny Chase went to work for the London-based startup New Energy Finance in 2005, straight out of university in Cambridge. She founded its solar analysis team and helped establish some of the first reliable indexes of prices in the solar supply chain, as well as some of the first serious industry models and projections. The solar power industry barely existed then. Now solar is the cheapest source of new power in most markets and the International Energy Agency expects it to dominate global electricity by 2050. Throughout that heady transition, Chase has run and grown the solar analysis team, even after the company was bought by Bloomberg and became Bloomberg NEF in 2009. It has become one of the most respected teams in the business and a widely cited arbiter of industry data.In 2019, Chase wrote a book summarizing what she learned over her years analyzing the industry. It is called Solar Power Finance Without the Jargon, but the title is somewhat misleading — it covers solar power finance but also solar power history, technology, and policy. It is leavened here and there with droll bits of biography or advice from Chase and contains an incredible amount of information in a highly compact and readable package, just over 200 pages. A heavily updated second edition was released this month. Also this month came Chase's yearly “opinions about solar” Twitter thread, which is highly anticipated among a certain kind of energy dork [waves].I figured it would be fun to have Chase on the pod to talk about the current state of the solar industry, whether anything but standard-issue solar PV is ever going to flourish, and what the world needs to help balance out increasing penetrations of solar. Okay then. Jenny Chase from Bloomberg NEF. Welcome to Volts. Thank you so much for coming.Jenny ChaseThank you so much for inviting me, David.David RobertsI read your book over the past week and it's just delightful. I really recommend it to anyone. I feel like the title is a little well, I guess it does say without the jargon, but I just feel like the word finance is going to scare off some readers. But it's really just a nice, extremely approachable introduction to this whole thing of solar in the markets and how it's funded and how it's proceeded over the years. So I really was charmed by it. I noticed actually that it had a little bit of kind of autobiography in the first few chapters and I thought it was really kind of funny.I had never really thought about it, but you and I have some parallels in our history. We sort of snuck into what was at the time a relative backwater in the world right around 2004, I think, both of us, and then just kind of hung around.Jenny ChaseAbsolutely. And I can't get another job, so I'm stuck doing solar at Bloomberg NEF now.David RobertsSame, we've been doing this for so long now that I couldn't really do anything else, but we just kind of planted ourselves and stuck around until the area we were in suddenly became huge around us.Jenny ChaseIt's a pretty good place to be planted, though. I mean, back in 2004, I was looking at this industry, and I started specializing in solar in late 2005. And I was like, "One day this might be 1% of global electricity supply, but, you know, that's worth working on. Even 1%, it's worth working on if we can make it clean." And last year, it was 5%, and it isn't done growing.David RobertsSame, I started covering climate change during the George W. Bush administration. I was like, maybe someday someone will do something about this. Maybe someday we'll pass legislation. And then here we are. PV dominates the world. People are targeting net zero. How things change.Jenny ChaseYes.David RobertsSo I want to ask you, you have been following now the solar industry. I mean, honestly, one of the coolest, most fun, most sort of, like, optimistic of all the dark things happening in the world. I know so many people who basically are pinning, like, 98% of their hopes for the future of humanity on this market that you follow. So what a fun thing to be following. But here I'll start with a very big, broad question. A big part of the history of solar that you recount in your book, and I've written on this before, too, and there's been academic papers on it is a series of public supports.Basically, you get the German feed-in tariffs. You get huge Chinese manufacturing subsidies. Spain had a little period of insane feed-in tariffs for a while. So it was definitely public policy that brought solar from obscurity, where it was when you first started following it, to borderline ubiquity now. And I just wonder, could solar survive now? Could solar PV would solar PV survive and thrive now without public supports?Jenny ChaseOh, absolutely. You couldn't stop solar if you wanted to stop solar, David, at this point. Those subsidies, yes, they were needed in the early years. They drove growth. They drove companies to actually make these things. But the thing about humans is that when they make things, they get better at making things. And that has been an incredibly powerful story. Solar modules cost over $100 per watt in the 1970s, in today's money. By the time we started in 2004, they cost about — it was about $4 a watt. Stayed that way for about four years because there was very strong demand, again, driven by subsidies, and then started falling again.And, you know, last week they were 12.8 U.S. cents per watt. And I am super annoyed that didn't get into the book, because, of course, I had to lock down the book four or five months ago.David RobertsWhat was the cutoff price that you managed to squeak into the book?Jenny ChaseI think it was 24 in the end. And I hope anyone reading the book realizes that I knew that was not the final price.David RobertsWell, this is the insane thing about this market, about this whole technology, is it's such a moving target. And the reason I started with that question is that I think to people in our industry at this point that has sunk in. It's clear that this is a juggernaut, that this is the cheapest thing going now and that you couldn't stop it if you want to. But I honestly don't know if that alone just that basic fact has penetrated this sort of general public consciousness. I feel like people generally still see solar as kind of a nice liberal extra whipped cream on top kind of treat you get with some extra subsidies.But it really is the cheapest source of energy now, which is such a fundamental break from when we started, that I just feel the need to repeat it.Jenny ChaseI mean, it is. I would slightly clarify that by saying it's the cheapest source of bulk electricity generation in many countries. There are some countries in northern Europe where it actually probably should be wind that's slightly cheaper. And also it is bulk electricity production. In 17 years of covering the solar sector, I have learned that the sun doesn't shine at night.David RobertsHow many years into your career were you when this sank in, when you discovered this horrendous fact?Jenny ChaseNot very many, but I have to admit that here in Switzerland, I only realized when I had a solar system installed in 2018, quite how bad it can be in the northern European winter.David RobertsYeah, we'll discuss how to get around that. So, PV is now a juggernaut, is growing at crazy rates. Prices are falling at crazy rates. It seems like every week or two brings a new record low price of modules, some sort of record in deployment, some sort of wild new forecast. Just actually, right here, tell us, because you just came out with a forecast, did you not, for solar for next year?Jenny ChaseYeah. So annoyingly, it's my job, or my team's job, to keep our forecast to 2030 updated. And apparently, we're going to have to start doing 2035 soon, which is just great because we have not nailed 2030 yet, I can tell you. We haven't nailed 2023. So, this week I've been publishing our latest update of the forecast, and our estimate for 2023 rose 5% on last quarter. So, we're now thinking that 413 gigawatts of solar modules will get installed worldwide this year, and 240 gigawatts of that will be in China.David RobertsWild. Have you ever in the 20, almost 20 years you've been doing this, forecasted too high? Like, have you ever overshot on PV?Jenny ChaseSlightly, yes, actually.David RobertsYou did?Jenny ChaseWe had a bit of a moment of over-enthusiasm in 2018, I think. And, like for specific markets, we get it wrong sometimes. I mean, I thought South Africa was going to be five gigawatts this year because of the rate they appeared to be going in May and June, but that has actually slowed down a bit and I dropped that from five gigawatts to 3.5 gigawatts. So you can be quite wrong in the granular sense. And of course, when you're covering the market quarterly, you have to cover that sort of thing. You can't just say, "oh, it all comes out in the wash," even though in the long run it kind of does.David RobertsYes, it does all seem to be coming out in the wash in the long run. The line is only pointing in one direction, as they say. So I guess one of the things I'd like to talk about then is it seems like in terms of continued and accelerated growth in PV, the technology is in place, it's cheap enough now, the manufacturing is in place, the market is fairly robust, there's a lot of supportive public policy now. There's a lot of money, you know IRA being the notable example.Jenny ChaseYes, I mean, you Americans love throwing money at things.David RobertsWell, we can't do anything else. Our government is so broken that throwing money is literally the only public policy tool remaining to us that cannot be sort of mired in process. So everything's a nail. So yeah, we're throwing a lot of money at solar.Jenny ChaseCreates a lot of green jobs.David RobertsYes, that's a lot of wind at the back of solar. So let's talk about then, what are the restraints now on solar going forward? What are the constraining factors? I don't think it's any longer money and I don't think it's any longer policy, at least big picture climate policy, what's now holding it back?Jenny ChaseSo, at the moment, it's grid. If you're sitting there with a pot of money and you're trying to put it into solar projects that will generate and sell electricity and there are a lot of people who are in that position, many of whom are my clients. The problem actually is finding somewhere where you've got land, where you can get permission, and where you can get a grid connection, and it's mostly actually the grid connection we really need to build out the grid.David RobertsIs that true everywhere? Is that true in every market you look at? Or is the U.S. particularly bad on that for some reason?Jenny ChaseNo, it's everywhere. It's literally everywhere. If you were to go to a solar conference anywhere in the world, walk into the room and say, "oh, here in South Africa" or "here in Turkey, grid is the main constraint" and everyone will say "this person knows their stuff."David RobertsYou can sound smart everywhere now. That's interesting. It sort of bespeaks, I think, something then maybe universal then, rather than some quirk of U.S. policy or something like that.Jenny ChaseExactly, I mean, basically, around the world, we've built grids for centralized power plants which made a certain amount of sense when we had centralized power plants. But to get all this cheap electricity from wind and solar to market, we are going to have to build some more wires.David RobertsYeah. And is permitting just securing land in and of itself, is that also a universal thing, or is that somehow uniquely U.S.? Because we really do have a tangle.Jenny ChaseYou do, but challenges with land, they look different in every country, but it is quite universal that it's not easy to just grab a patch of land and have the rights to long term build a project on it.David RobertsWhere are the markets where buildout is happening fastest? And is that —Jenny ChaseChina. It is China.David RobertsI guess China is always the answer to that question, it's kind of a cheat. Are they doing something with their grid that like — I mean, are they just building, is that the simple answer? They're just building a lot of it.Jenny ChaseThere's two things that China is doing. First of all, it's got a very coordinated rooftop program, so a lot of the provinces are building a lot of residential and commercial solar. And secondly, and separately, it's building energy megabases out in the desert and building ultra high voltage transmission lines out to them. So it's got this two pronged strategy. Plus it's got a bit of other utility scale being built as well. I mean, basically, China is just building everything it's got.David RobertsWho's building fastest? The answer is China, on more or less everything.Jenny ChaseAlways is. I mean, 240 gigawatts, we think will be built this year in China and the entire world market last year was 252.David RobertsYeah, that's wild. You look at these models that say we need X amount of PV to hit our targets, to hit net zero by 2050 or 1.5 or whatever it is, and they look so big and eye-popping, they look to the naked eye sort of like impossible, especially when you break them down. Like, we have to build a utility scale solar plant every five minutes from now till the end of time and they seem impossible. But China is moving at that pace. It is moving at the crazy pace we need to. It's possible.Jenny ChaseIt absolutely is. Yes, China is moving at that crazy pace. And to be honest, solar modules are super cheap and solar is actually quite easy to build compared with everything else we've built.David RobertsYeah, well, it's just Legos, right? I mean, it's more like Legos than a nuclear plant, for instance.Jenny ChaseVery much more like Legos than a nuclear plant. I mean, I think that the engineers working on solar plants would probably say that there is a certain amount of skill to doing it properly. And there is, of course, but I think you can build a decent solar plant with relatively limited technology.David RobertsIn terms of all the constraints or headwinds that you mention in the book, let's talk about these trade disputes and trade barriers, because we're hearing now about tariffs. Talk about tariffs as flying everywhere. Trump put a bunch of tariffs in place.Jenny ChaseActually, it was Obama that put the first tariffs in place.David RobertsOn solar?Jenny ChaseOn solar, yes. 2012.David RobertsInteresting. And they've been in place ever since. And I'm just wondering, on the macro level, is this just going to change where the panels go and when? Or is this going to be a constraint on absolute growth, do you think?Jenny ChaseSo, trade barriers are the reason that we generally regard the U.S. as this weird little market, not really a proper one. The U.S. would definitely be installing more solar if it hadn't been for constraints, particularly last year. First of all, modules do cost two to three times as much in the U.S. as in Europe and other markets.David RobertsThat's just because we're not buying the super cheap Chinese ones. Is that so?Jenny ChaseYou're not buying Chinese. But also, last year there was the Uyghur Forced Labor Prevention Ac…

    Full show notes at the publisher

    Managing a distributed grid Nov 22, 2023
    Show notes

    In this episode, Astrid Atkinson, co-founder of Camus Energy, talks about her company’s “grid orchestration” work of helping utilities see, track, and coordinate the distributed energy resources in their territories.(PDF transcript)(Active transcript)Text transcript:David RobertsOne of my favorite things I ever wrote was a 2018 piece for Vox on grid architecture — the basic structure of the electricity transmission and distribution networks. It was about how a top-down system, with one-way power delivery from big power plants to passive consumers, might evolve into a bottom-up system, driven by local distributed energy resources. Thanks to all-star illustrator Javier Zarracina, it even has awesome animated illustrations. One person who read that piece was Astrid Atkinson, who at the time was a senior software engineer at Google. She had managed a team that shifted Google search from a top-down system to a massively distributed system, back before the term “the cloud” existed and there was no template available. She and her team had to develop the principles and best practices of getting reliable performance out of millions of unreliable, loosely coordinated machines. By doing so, they radically expanded the scale and speed of what search could do.She thought, wouldn’t it be cool if the power grid could make the same shift? Unlike some people, though, she didn’t just blog about it — in 2019, she left Google to co-found and run Camus Energy, a software company that helps utilities see, track, and coordinate the distributed energy resources in their territories. The company calls what it does “grid orchestration.”Atkinson has been a thought leader in pushing for a new grid architecture. (See Camus’ white-paper series on “the rise of local grid management.”) So I was super-excited to geek out with her on this stuff. We talked about the conceptual shift from centralized to distributed and the drivers making that shift inevitable, plus getting more out of the grid we’ve already built through coordination and efficiency, and how the utility sector can evolve to better manage local resources. I really loved this one.Okay, then. Astrid Atkinson. Welcome to Volts. Thank you so much for coming.Astrid AtkinsonThank you so much. I'm really excited to be here.David RobertsI'm so excited for this. Astrid, I have to tell you just by way of preface that I had a weirdly difficult time preparing for today's pod because I'm just so excited by this whole area, and I'm so jazzed. I have so many things to ask you about, so many things I want to say about all this stuff, and I'm kind of overwhelmed and fried my circuits. But let's start here: Let me describe for listeners what you did at Google and tell me if this is an accurate description. So you were part of a team, I think, leading a team that was shifting the way Google did things away from a model where computing was done on a relatively limited set of high-quality, extremely reliable data centers, tightly centrally controlled, to a model where computing is done not on a small set, but on thousands, millions of distributed computers living all over the place, any one of which might be unreliably connected or off periodically or weak or otherwise glitchy.So basically, moving from a model of tightly coordinated, central control, limited number of entities, to loosely coordinated millions of entities, somehow getting aggregate reliability out of massively distributed, individually unreliable machines. Is that more or less accurate?Astrid AtkinsonYeah, that's about right. So my role was in the site reliability engineering team at Google, which is a function that nobody's ever heard of outside of the kind of tech industry. But you can think of reliability engineering as being basically Google's systems engineering function. It's the entity that's kind of responsible for pulling all of the pieces together between sort of software and operations and networking and hardware and everything, and making sure that you can get them to kind of work as a reliable system overall. And I was part of the original team that kind of — it wasn't a function that existed in the industry before Google made that transition.I was part of that original team at Google and then led a lot of Google's work around scaling out that model.David RobertsAnd so now the idea, more or less is to oversee or encourage a parallel evolution of the electricity grid, basically, from a limited number of tightly centrally controlled entities to a loosely coordinated, massively distributed, huge number of smaller entities, basically.Astrid AtkinsonYeah, I mean, that's definitely the hope. And that's partly derived from the utility industry and the grid space's sense of the changes that are needed and also partly derived from my sense that there are a fair number of parallels between some of the approaches that we took and kind of had to make up on the spot to support massive growth and really significant changes in the way that we managed systems for that work at Google. And there are parallels with the changes that we need to go through on the grid side. So it's less like "there's this one piece of technology that we built at Google that will totally solve the problems" and more like "we had to develop a set of approaches and a set of kind of integrative and system level perspectives to figure out how to make that change happen."And I think a lot of those can be helpful in the grid space.David RobertsYeah, I mean, I think one of the most intriguing things about this is in doing that work, you extracted a set of principles for how to design systems like this such that they are reliable, et cetera. And it's those principles, I think it's like conceptually those principles apply to the grid. Obviously, the individual technologies might be different, circumstances are different, but the principles of how to make it work, I think are a weirdly neat fit. The reason I think we should maybe pull out, the reason that this is not something that the utility really can choose to do or not to do.Utilities kind of have to do it for a couple of reasons. One is all these distributed energy resources, Volts listeners are familiar with these distributed — with these solar panels and hot water heaters that can store energy and batteries, et cetera, et cetera. All these sort of behind the meter distribution side, distributed resources are coming online. Whether the utilities like it or not, they are swarming —Astrid AtkinsonIt's happening.David Robertsonline, it's happening. And right now utilities are just like kind of hoping it works out, we'll get into that. That's one reason. But the other reason is we're expecting, like you could say of Google, like it couldn't have scaled to the size it got, it couldn't do the amount of computing it's doing without going through this transition.You just can't at a certain point with a centrally controlled system where you're tightly controlling a limited set of entities, you just can't get big beyond a certain level. You run into sort of computational limits of your computational resources for a central controller. And we're expecting a lot more out of the electricity system in coming years, as Volts listeners are also very familiar with. We're going to two or three x the demand that it has to satisfy in a much more complex way. So I think it could be argued, and you have argued, and I think it's pretty self-evident, that the electricity system cannot achieve the scale we want out of it without going through this evolution.There's just no way for the way it's currently run to get as big as we want it to get.Astrid AtkinsonYeah, and if you want some simple examples of why that is, utilities have spent a lot of money and a lot of time in the last 10 to 15 years installing smart meters. Right? They were supposed to give us the kind of universal visibility into customer activity that I think we can all intuitively think that we would need to manage a rapidly changing grid with a lot more complexity. But most utilities don't really have particularly high-scaled data infrastructure. And so the idea of actually being able to do something useful with all of that meter data, SCADA data, kind of everything at scale on an ongoing basis in real time, using that as a foundation for analysis and visibility and those kinds of things.It's really hard for them because usually the software systems that gather and process that data, they're on premise within the utility's own data center. They're typically not really using any kind of modern scalability approaches beyond downsampling the data, which means losing some of it. And they're usually running on a single machine. So it gets really difficult to incorporate very large amounts of data when you can only use one computer.David RobertsYeah, if you talk to them, they're like, "Oh my God, we've got all this data. It's overwhelming. The reason we're not doing more with it is like, we can't do more with it, we're overwhelmed." And then you look at the scale of data involved, and to a Google it's a tiny amount of data. The scales are completely different.Astrid AtkinsonYeah. Just as a back-of-the-envelope calculation, I was trying to figure out how many data points do Google's monitoring systems collect on a daily basis? And it should be somewhere in the order of 6 to 10 trillion.David RobertsGood God. That's like whatever atoms in the universe. I don't know what the right comparison is.Astrid AtkinsonGoogle is where I learned the term exabyte. They sort of just came into this with a perspective on scale that was sort of orders of magnitude larger. And you don't really think about the amount of computing work that's required to get you the right answer in under a second to any question that you might have through search, but the short answer is hundreds of thousands of computers all at once.David RobertsRight.Astrid AtkinsonYou can just do more.David RobertsRight. And so the current way utilities are running this with sort of a single machine on premises chewing through this data serially is just not going to get anywhere close to that scale.Astrid AtkinsonYeah, and to be fair, they'll scale up to five or ten machines. But the systems that we had to build to kind of manage the Google scale tech computing, they weren't five to ten machines, they were 50 to 500,000 machines.David RobertsRight. Which you're not going to do on premises. You have to basically move to the cloud to widely distributed resources. So, Astrid, all this sort of preface, conceptual preface, is so my jam. You probably know this because I wrote a big article about grid architecture a few years ago.Astrid AtkinsonYes. And that article, if you're talking about the one from 2018, was really influential in how we started thinking about the space a little bit before starting the company.David RobertsI mean, that was literally my dream, writing that article, is that some smart person who understands how this works with computers will come over to the utility industry and bring it to the electricity system. Literally. Like, you're the answer to my prayer. But what you may not know is that this is my jam going even way farther back, like back in the midst of time, back in the midst of prehistory. I was getting a philosophy degree, I was working on a PhD in philosophy, and my whole thing was studying cognitive science and consciousness and sort of cognition and how cognition works.And one of the things I was deep into is this shift of people describing cognition as distributed and describing the human identity as distributed. Sort of this illusion of a unity that actually comes out of massively distributed, relatively dumb nodes coordinating to produce this emergent behavior that we call consciousness. So the whole idea of moving from centralized to distributed, that was in my bones even as far back as grad school. So now it's like popping up all over the world. These are really just thrilling times for me personally, I guess, is what I'm saying. It's so cool to see all this stuff come together.So one of the things you say in your presentations and such is the first — step one, if you want to do this, if you want to coordinate massive numbers of nodes to get a desired set of behaviors as an outcome, the very first thing you need is knowledge of the nodes. You need to know what's out there and what it's doing and what its capacity is. And in the computer world, we have the system on the Internet, we have the system of IP addresses, an individual address for every single computer that's connected to the Internet. And there are, as we say, millions and millions of them.So right there, it seems like right there, your attempt to pull this over into electricity looks like it grounds out because we just don't have that. Like when I hook a water heater up to the grid, I don't think it gets an individual identifier, does it? Or a solar panel, or an EV battery or EV charger, et cetera, et cetera. This is the whole problem, right, is all these devices are hooking up to the grid and utilities don't know where they are or what they're doing or when they're going to do what they're doing. And I can't — have trouble imagining a system that would individually identify them.So right there, right off the bat, how do you overcome this first and most difficult problem? Because as you say in one of your presentations, the pyramid, you show the pyramid of reliability. And the base level, the bottom, the level upon which the rest of the levels are built is monitoring. You have to know what's going on out there on the edge of your network. And in electricity we don't. So how the heck do we overcome that problem to even get to the other problems?Astrid AtkinsonYeah, so there's really, from a technical perspective, kind of two questions buried in the one that you just asked. One is about addressing. And it's true that we don't really have an IP address system for the grid. But the reason that we need that for the Internet is that we ultimately need each individual piece of work to end up at a specific location. Like an email needs to end up at a certain address or a DNS query needs to go to a certain server in order to get a response. Whereas in the electrical system, we're really sort of thinking more generally about managing need for work to ability to do work.So, managing supply to demand, it doesn't really matter which particular electron serves the need. One of the primary goals is just that there are always exactly the right number, always exactly the right amount. So the problem space is a little bit different in that perspective. It doesn't mean we don't need to know what's on the grid and where it is. But you don't have quite the same need for an absolutely universal addressing system. Just as an example: One of the ways that one could tackle this is there's a bunch of really interesting work happening in the grid management and grid architecture space in Australia, which I'd love to talk about a little bit more when we get further through this.But as part of that, they basically extended a universal identifier system that applies both to meters for one set of identifiers and then to generators for another set. And that's just kind of the country deciding to do things a certain way. And it definitely, I think, can be a helpful enabler to have that. In the absence of that, you can correlate it across multiple sources because within any given utility, they do…

    Full show notes at the publisher

    FERC is about to make some very important decisions about transmission Nov 17, 2023
    Show notes

    The Federal Energy Regulatory Commission (FERC) is poised to pass new policy that will expand regional transmission capacity, but how impactful will its new rule be? In this episode, grid policy expert Rob Gramlich gives the lay of the land.(PDF transcript)(Active transcript)Text transcript:David RobertsBy now, it’s fairly well understood that the US badly needs more electricity transmission lines to keep up with the changing generation mix and growth in demand that will come with clean electrification. But new lines, especially the much-needed longer-distance regional lines, are being built at a snail’s pace. If the US is to hit its mid-century climate goals, transmission capacity expansion must radically accelerate.Congress helped a little with money in the infrastructure bill, and the Biden administration helped by establishing a Grid Deployment Office inside the Department of Energy, but arguably the biggest opportunity for progress comes in the form of an upcoming rule by the Federal Energy Regulatory Commission (FERC). It will beef up the commission’s existing rules on regional transmission planning, but exactly how much it will strengthen them depends on the final rule, expected early next year. Transmission advocates are urging FERC to pass a rule with reel teeth — including Senate Majority Leader Chuck Schumer, who sent the commission a letter with encouragement and suggestions in July. Nobody knows more about grid policy than Rob Gramlich, founder and president of Grid Strategies, a policy analysis and strategy firm. He is executive director of the WATT Coalition, co-founded and used to run Americans for a Clean Energy Grid, serves as a board advisor to a half-dozen other groups, and has a long history in the industry, including a stint at FERC in the early 2000s. I talked with Rob about the current state of affairs in transmission policy, the scope of FERC’s authority, and the details that matter in the coming rule. Don’t let the technical-sounding subject scare you off — this was a fun one, and incredibly clarifying.Okay then, with no further ado, Rob Gramlich. Welcome to Volts. Thank you so much for coming.Rob GramlichThanks, David. Great to be here.David RobertsI am excited to talk about this. I know that perhaps FERC is not at the top of people's mind when they think about excitement and thrills, but I think people will see by the end of this why this is a very good time to tune in to what FERC's doing. So let's start here. I think we can assume for the purposes of this pod that Volts listeners understand the need for more transmission, specifically the need for more long-distance transmission for a bunch of reasons. We know that the resource mix is changing. We care more about renewables now.They're located in different places. They're located not necessarily next to load. They're remote. We're going to double or triple the amount of electricity we're using in the coming years, because we're electrifying everything. So we need more transmission for that reason. We know that connecting up a wider geographical area makes the whole system more reliable, makes the whole system cheaper. Transmission is the wonder tool of energy. It makes everything better, and yet we are not building it. So back in the late 90s, FERC, the Federal Energy Regulatory Commission, which has jurisdiction over interstate transmission, released a series of orders.So in the beginning, there were, just across the nation, just dozens and dozens of individual vertically integrated utilities, all of which were building their own transmission, more or less for their own areas. And so back in the late 90s, FERC saw this and many other people saw the need for more interregional transmission and issued a series of orders trying to kind of nudge things in that direction, doing, among other things, they created regional transmission operators and independent system operators, RTOs and ISOs, which were supposed to be regional organizations that did regional transmission planning. And there were others too, I think, going all the way up to 2011, there were other orders, basically like, "please friggin utilities, get together and start doing some planning, do some interregional planning." And yet, despite this series of orders, and despite the existence now of RTOs, we're still not building interregional transmission.I mean, we're building it at a snail's pace and not necessarily where we need it, and certainly nothing close to the pace we need to be building at. So maybe let's just start here. Why, given the existence of RTOs, which are explicitly supposed to do this, is there still not adequate regional transportation planning? Maybe you could run through the three P's here. That's going to help kind of set us up for what's to come.Rob GramlichSure. Well, first of all, thanks for your help in communicating all that. So let's stipulate that the need for transmission is understood. And that's great that it is, because a few years ago it wasn't. But you've been helpful.David RobertsIt does seem like that at least has sunk in, in the wider world.Rob GramlichI think that's right. And of course, in recent years, it's been more sort of the climate-focused policymakers and community who have understood this, which is great, as they should, for the incredible clean energy need for transmission and climate benefit. But just suffice to say, it wasn't always such a democratically tilted issue. But that's a separate conversation we could get into. But, yeah, FERC has been, in the 90s, the early 2000s, had orders trying to beg, plead and borrow the industry to get going on regional transmission. And in fact, it goes even way back. I mean, the 1935 Federal Power Act itself has some language about the voluntary, encouraging the voluntary coordination of the systems.And then there were actions in the pre-war and wartime to be able to produce the military assets and airplanes and everything by — we needed to increase the production basically out of the electric industry.David RobertsYeah, it's a bummer. We decided to build this interstate road network basically for security purposes around then, and did not decide at the same time to do the same thing for transmission. It would have been a good move on our part.Rob GramlichThat's right. But there were actions by the predecessor to FERC, the Federal Power Commission, during those same years, though, trying to strengthen the connections, but it only went so far. And then it was really when the electric industry tried to restructure to get generation competition in the 90s that it started pushing harder. There was a 1993 regional transmission group RTG policy statement, and then they said, well, that's not enough. And then they had Order 888 for open access transmission. That included a push for voluntary creation of independent system operators. That's where that term really came into practice.It was encouraged and voluntary. And then the commission tried in 1999 to require participation in the regional transmission organizations (RTOs). That's where that term was sort of defined. But Chairman Hoecker, at that time, couldn't quite get the votes to make that mandatory — so it was voluntary. And then I was part of — my full-time job was standard market design. I'm not embarrassed to say that one never made it to being even a rule because of a political backlash. Again, another story for another day. But that was at least strong encouragement. And then Order 890, when Republican Chairman Joe Kelliher came in, he had been on House Energy and Commerce and in the Bush administration, and he tried to require, well, he did require through Order 890, some strengthened planning requirements.And then Chairman Jon Wellinghoff issued Order 1000 and the commission, of course, in 2011. And that also sort of went another step further. In this process, some of those orders were challenged in the courts. Then FERC's hand was actually strengthened after all of that because the court challenges upheld FERC's authority and said, "absolutely, you can require transmission planning." So FERC's role here has only been strengthened over the years in terms of the clarity of its legal authority. And yet, as you say, it hasn't really worked yet. So here we are at the end of 2023 with an agency that actually is in charge of this and has quite clearly been claimed by the courts to be the one entity that can really do this in a significant way.And it's actually kind of exciting now, because look at this, we have this great proposed rule that Chairman Glick and the commission issued a year and a half ago —David RobertsWell, before we get to that, though, I want an explanation for why those previous ones didn't work. Like why aren't RTOs building these things?Rob GramlichYeah, there are probably a few reasons.David RobertsYeah. In like 100 words or less. Because we can't get too bogged down in this, because I know this is a tar pit.Rob GramlichI'll try to just give you a few. Look, I mean, one issue is incumbent generators don't necessarily want to enable new generation to come onto the grid. So we have these RTO entities, incumbent generation owners, whether they're part of a utility or independent, they are usually not the strongest supporters of new transmission. So that's a factor. And then those entities are active in FERC proceedings as well. That's one factor. Another factor: We had all this transmission collaboration happening in 2010 through 2013, and a bunch of transmission got built. We actually got a ton of new renewable energy connected to the grid a decade ago.From these, I'm sure many of your listeners know about the multivalue projects in the Midwest and Texas competitive renewable energy zones. So there was a little bit of a renaissance then, but then it was very short lived, and it ended like ten years ago, it stopped. Some people say Order 1000 had some unintended consequences that stopped that. I think that's part of it. Also, the cost of solar dropped and the cost of gas dropped, so a lot of that transmission was more wind driven. And when you could do a lot of gas and solar, you didn't need quite as much transmission.So I think that does factor as well. And then I just sort of think, like, inertia took over. People got used to going to regional transmission planning meetings and making sure nothing actually happened, and they got good at eating muffins and checking the compliance box, but then not actually doing anything. So, I think it's just ripe for a whole reshuffling. And that's what FERC can do.David RobertsOkay, so before we get to this FERC opportunity, let's at least give a little shout out to some movement lately, some policy wins. So in the Infrastructure Act, the Bipartisan Infrastructure Act, there's some money for transportation, which I think is nice but inadequate. And then there's this new Grid Development Office. Are those the two biggies, and how sort of like a big of a deal are those, relatively?Rob GramlichRelatively, yeah, potentially over time. The Grid Deployment Office could be huge, and it's off to a great start. I will say the current team there and the current administration and Secretary Granholm are leading, I think, a very productive and promising exercise there.David RobertsWas that created by legislation, or was that just created by an executive action?Rob GramlichTechnically just an executive action by Secretary Granholm. She can set up offices, if she so chooses —David RobertsAs an office within DOE.Rob GramlichThat's right, which — put this on your list of future policies. Let's actually formalize that in legislation. It would be nice to do that, but there was actually an attempt. But that's a longer story. But that office has financing tools, it has permitting tools, it has capabilities. They've been hiring like crazy, really good people, and that could really be a very helpful enabler of transmission, private sector investment. There's no shortage of capital that wants to invest in this sector, but it's just a morass trying to get projects done. So DOE has important tools. Many of them are now kind of all being consolidated in this Grid Deployment Office to enable transmission.David RobertsAnd what's the money in the Bipartisan Infrastructure Act?Rob GramlichRight. Well, very little, unfortunately. I mean, there's like one really great provision called the Transmission Facilitation Program. Senator Cantwell introduced that, but it's a $2.5 billion program, and it's not technically a loan, but it's sort of like a loan. It does have to be paid back, and so it's not really that much money. It's intended to be a revolving fund, but $2.5 billion in the scheme of an industry that spends that every couple of months is not transformative.David RobertsAnd there was, at one point in the Build Back Better saga, a pretty hefty tax credit for transmission, which got stripped out at some point. That would have been serious money, right?Rob GramlichThat could have been serious money. It's scored at 13 billion. But who knows? The way tax credits work is if the industry really gets excited, it's uncapped. And more could have been done, so that could have been great. And it's so hard to figure out who pays for how much. Just starting to evolve into the three P's, planning, permitting and paying that paying part is, I think, the hardest, because it's a public good and everybody benefits some, so nobody wants to pay for it. And so that tax credit could have at least made that whole problem 30% easier by covering 30% of the investment cost.David RobertsRight. So then you're having to allocate 70% rather than having to allocate 100%. And we'll get into that cost allocation in a bit. So we've had some movement, but inadequate, and there is some legislative stuff that would be relatively easy and high impact. And maybe when we get through this FERC stuff, we can touch on that before we're done. But now, in terms of the tools Biden has to use here, well, not even Biden, really, since it's supposed to be independent. But in terms of federal tools, basically we're dealing with FERC. So before we jump into the proposed rule, let's just talk for a second about FERC.As I understand it, there are supposed to be five commissioners, ideally. There are, in fact, four, and we're heading to three. So, make some sense of all that for us. Where are we with FERC in terms of the balance of commissioners?Rob GramlichYeah, that's right. There's supposed to be five, no more than three from one party. So over the years, it's typically been three-two, one direction or the other.David RobertsRight.Rob GramlichAnd Chairman Glick, his term expired, and so he is off. And that seat is open. Commissioner Danly, his term ends, well, technically, June 30.David RobertsSo, wait, Glick is gone, which left a two-two Republican-Democrat split. That's the current state of affairs?Rob GramlichThat's the current state of affairs, as we said. Yes, for, I guess, the entire year of 2023, it'll be two-two.David RobertsRight. And then Danly, who is a Republican, is stepping down when?Rob GramlichThat's right. So, yes, every year one seat opens because they're staggered five-year terms. So he will need to leave by the end of 2023 in a month or two.David RobertsGot it. Which will leave a two to one Democratic majority on FERC and those other two — we don't have to get into this, but what the hell is going on? Why is it taking so long to get new commissioners? Is it Joe Manchin…

    Full show notes at the publisher

    An insider's view of the Biden years in clean energy policy Nov 15, 2023
    Show notes

    As I previewed for Volts subscribers a few weeks ago, I attended the third annual Yale Clean Energy Conference last week. It was a blast! It’s always energizing (pardon the pun) to be surrounded by so many young people doing so much cool stuff. It gives this crusty old blogger some hope.

    While I was there, I recorded a podcast — live on stage! — with Sonia Aggarwal.

    Sonia is well-known in Energy World. She co-founded (with previous Volts guest Hal Harvey) the energy policy think tank Energy Innovation, where she worked for years before heading into the Biden administration as the (deep breath) special assistant to the president for climate policy, innovation, and deployment.

    She recently reemerged from the belly of that beast and is now back running Energy Innovation. I chatted with her about her experiences in the administration, what policymaking looks like close up, what she’s proud of getting into law, and what gaps remain in US energy policy. It was super-fun.

    Thanks to Sonia, thanks to the kind folks at Yale, and thanks to all of y’all for listening. Enjoy.


    This is a public episode. If you'd like to discuss this with other subscribers or get access to bonus episodes, visit www.volts.wtf/subscribe

    The cheapest way to permanently sequester carbon involves ... fizzy water Nov 10, 2023
    Show notes

    In this episode, Ólafur Teitur Guðnason of Icelandic company Carbfix discusses his company’s approach to carbon sequestration by essentially making fizzy water and burying it deep underground. (PDF transcript)(Active transcript)Text transcript:David RobertsThe idea behind the Icelandic company Carbfix is simple: pack water full of carbon dioxide (literally carbonate it, like a SodaStream) and inject it deep underground into Iceland’s porous basaltic rock. Minerals in the rock dissolve in the water, where they react with the CO2 to become calcium carbonates. The carbon effectively becomes rock, which it will remain, for all intents and purposes, permanently. Or at least thousands and thousands of years. It is as long-term as carbon sequestration gets.The idea dates back to 2006, but pilot injections didn’t begin until 2013 and it wasn’t until 2016 that a study published in Science confirmed that 95 percent of the CO2 in the water was mineralizing within two years — far faster than most had assumed possible. Since it started, Carbfix has sequestered almost 100,000 metric tons of CO2 at its original site, but that is just a drop in the bucket compared to what it believes is possible. It has plans to make Iceland a major international carbon-burial hub and to replicate its technology in other geographies, maybe even in the shallow ocean. When I visited the Carbfix operation in October and saw it in action, I was extremely intrigued and had a million more questions, so last week I got in touch with Ólafur Teitur Guðnason, Carbfix’s head of communications, to talk about where the company gets the CO2 it buries, where it plans to get it in the future, whether burial can work in other kinds of rocks and geographies, and exactly how much carbon Iceland can store.All right, then, with no further ado, Ólafur Teitur Guðnason of Carbfix. Welcome to Volts. Thank you so much for coming.Ólafur Teitur GuðnasonThank you so much for having me.David RobertsSo, Ólafur, I visited you guys when I was out in Iceland a few weeks ago and was very taken with this idea. And I don't know how I have been covering this stuff for so long without ever hearing about it, but it sounds like you guys are sort of on the verge of expanding. So I think probably a lot more people are going to be hearing about you soon. So to begin with, for listeners who are not familiar with your company, I'm going to run through the process and tell me if I get anything wrong. So you get a source of water, and we can discuss the source of water more later.But you get water, you carbonate it more or less like a SodaStream carbonates water. You pump carbon dioxide into the water, and then you pump the water deep underground. And this carbonated water is heavier than normal water, so it tends to sink down to the bottom of the water table. And as it is sinking, the carbon dioxide in the water reacts with minerals in the rock to form calcium carbonates. Basically, the carbon dioxide in the water gets transformed into a form of rock, where it will then stay underground as rock for thousands of years. So you've permanently sequestered the carbon.Is that more or less an accurate description?Ólafur Teitur GuðnasonIt's more than more or less accurate, I think. I'll give you a ten out of ten.David RobertsExcellent. Good. Well, I have so many questions about this, but the one thing I wanted to start with is the carbonation process of the water. Is that your intellectual property here? Is that your sort of main thing that you've pioneered here as a different way of carbonating water, or is there something special about the way you carbonate water?Ólafur Teitur GuðnasonYeah, that's one part of it. There are several elements to what we feel is proprietary or what we have solved — technology that we have developed. One thing is the capture of the CO2 emissions from the geothermal power plant, where we were kind of born as a research project within the company that runs the geothermal power plant, as well as universities both in Iceland and the US and France. So that is one element, yes. The dissolving of the CO2 with the water is another element, and the third element would be the way to inject it. So, yeah, there are different elements to this and at different stages of patenting.David RobertsOh, I didn't realize that you were involved in the capture part of this. I knew that part of the CO2 that you're burying is coming from the geothermal plant, but I had kind of thought that was separate. Is this something that you're going to export if you try to export this model to other places or other countries? Is capture part of what you're promising, or are you mostly, do you think, going to be working with CO2 that someone else captured?Ólafur Teitur GuðnasonYes, mostly. Capturing is not our core field. It just comes from the fact that we were born out of this proximity to the geothermal power plant, so we needed a source of CO2, and we may, and have and are collaborating with other companies that run geothermal power plants, so our know-how is of use in that situation. But we are definitely not primarily a capturing company. There are other companies that focus on the capture part, and that has different technologies for different streams of CO2. So we're not too involved in that. We are mainly and primarily focused on getting it into the ground and mineralizing it and storing it.David RobertsSo then when you carbonate the water, the physics of it, is it basically the same thing that's going on in a soda stream? Is there anything fancy going on, or is this just the carbonization that we're all familiar with?Ólafur Teitur GuðnasonIt's not too different, in essence. We have a stream of CO2, and then we shower it with water and pressurize so that it is completely dissolved. The difference is that we don't have the bubbles that you have in the soda stream or the soda drinks, mineral water that you drink, because these bubbles, they mean that the gas is escaping the fluid, so we don't want it to escape. So we are putting more of it into the water and making sure it's completely dissolved so that it doesn't rise back to the surface. And pressure takes care of that as well, as it continues to ensure this trapping mechanism underground as well when the solution gets into the ground.So solubility trapping, as it's called, is kind of the first stage of trapping and isolating the CO2 from the surroundings or from the atmosphere. It's a pretty secure way of trapping CO2. But then, fairly soon, mineralization comes into play, as well as the second stage, and even more secure.David RobertsYou know, when people think about what is basically a geological process of a gas being transformed into a stable mineral. I think of geological time frames. But your mineralization process, by which the CO2 is pulled out of the water and becomes rock, happens in two years, you say. Two years of the water being underground, all of the CO2 will be pulled out of it and mineralized. So how is that happening so fast?Ólafur Teitur GuðnasonWell, you need favorable conditions. You need favorable rock formations that are highly porous and reactive. It was quite a surprise when the scientific studies showed the extent and speed of the mineralization. So that was indeed surprising to the scientists at the time. A lot of it actually happens even sooner. So the process starts very soon, within a few weeks. And when we're talking about within two years, that is when almost all of it has mineralized. But it doesn't wait for two years, and then suddenly everything mineralizes, it starts sooner. So it's a very rapid process. Yeah, and that was a surprising finding, and that got a lot of attention back in 2016 when the results were published internationally.David RobertsYeah, right. We should mention that this is not a new thing. You guys have been doing this for ten years now, have you been — ?Ólafur Teitur GuðnasonYeah, eleven years. Celebrated ten years of continuous mineralization last year and counting.David RobertsSo there's been plenty of testing and monitoring?Ólafur Teitur GuðnasonAbsolutely. The idea was born in 2007, and this research collaboration started designing the way to capture, to dissolve the CO2 in the water to get it into the ground, drill testing holes, make mistakes, and so on and so forth. But the first successful pilot injections took place in 2012, so that was only five years after the project really started as an idea on paper. So a fairly quick progress there. And since then, we have continuously applied this method to sequester emissions from the geothermal power plant. Now we have also added a second source of CO2, which is captured from the atmosphere by our partners at Swiss company Climeworks.David RobertsWhen you say the rock needs to be reactive, what does that mean exactly? It just needs to contain the minerals with which the CO2 is going to react?Ólafur Teitur GuðnasonYeah, it has to be rich in those minerals or metals, iron, magnesium, calcium, that tend to come out of the rock, if we can say — I'm looking for the right word in English — they get dissolved, they get into the water, and then react with the CO2 to form these new minerals. So we are really dependent on those types of sometimes called mafic or ultramafic rocks. We are working primarily with basalts in Iceland. So it's a young volcanic rock that contains high levels of these metals, about a quarter of the weight. So they have the ingredients needed to form the minerals.By the way, important to mention that this happens in nature over geologic timescales. It's one of the reasons why over 99% of all the carbon on the planet is already underground in rocks. So even though we have a crisis on our hands, it's less than 1% of the planet or Earth's carbon that is in the atmosphere and oceans and biomaterials. So, yeah, we can say it's nature's way, that we have found a way to accelerate.David RobertsAnd so when this mineralization happens, it becomes rock that is, for all intents and purposes, permanent. There's nothing that could reverse that process.Ólafur Teitur GuðnasonRight. There is a debate on what counts as permanent in the climate debate. Is it 100 years? Is it 1,000 years? Is it 10,000 years? But we are definitely above all of those and into the tens of thousands of years. So even millions of years.David RobertsInteresting. Okay, so it says on your website that you have to date buried 97,000 metric tons of CO2. So I want to ask a few questions about the capacity of the land to absorb this. So you have said, I remember you said it was very striking, and I remembered it afterwards, when I came to visit that the amount of porous reactive rock in the Iceland sort of bedrock in and of itself could store all the CO2 that humans emit. Is that accurate?Ólafur Teitur GuðnasonYeah, it's even when we expand on that thought and say all of the CO2 that would result from burning all remaining fossil fuels on the planet.David RobertsNo kidding.Ólafur Teitur GuðnasonAnd that's Iceland alone. But that is a theoretical figure, not something that anyone is contemplating.David RobertsSo theoretically, there's almost no upper limit to the amount of CO2 you could store in here, but I presume there are practical limits? So, like, say, in a particular injection well, you're pumping water down and the CO2 is reacting and becoming a rock and filling in those holes. The rock is porous, it's full of holes. The rock is filling in those holes bit by bit. So I wonder, in a particular injection well, do you reach saturation in a particular area? Like, is that a limit on your pace here?Ólafur Teitur GuðnasonWell, in the end, we assume we will. But for the decade that we have been operating the same well, we are not even close to it. One of the signs would be that the well would become less receptive to the water flowing in. But that is not happening. So we don't really know exactly how long one well can last. But we do know that for the ten years that we have been operating, admittedly on a fairly small scale, but nevertheless, for a decade and close to 100,000 tons, we estimated that we have used less than 0.01% of the capacity of this area where we are operating.David RobertsThis particular well, so there's tons more headroom even in this individual well?Ólafur Teitur GuðnasonYes, absolutely. The empty space in the rock has such a huge volume and we are depending on the empty space. In the first instance, we are depending on it for the permeability of the rock, for the water to be able to flow through, and then for a part of this empty space, a small part of it to hold the newly formed mineral that consists of the former CO2. As a rule of thumb, if your listeners are interested, a cubic meter of basaltic rock could hold approximately 100 kg. I'm using the metric system, excuse me. So 100 kg in a cubic meter as a rule of thumb.And it is hard to wrap your head around how many cubic meters of rock there are underground. When you go deep, when you have a sizable area, these very quickly amount to huge amounts.David RobertsRight. So space for the carbon is not a limiting factor?Ólafur Teitur GuðnasonNo.David RobertsI'm wondering, as you scale up, if more and more CO2 is coming to you. I'm trying to figure out what the practical limiting features are here. Is there at a certain point you max out your flow, like at a certain point you're going to max out the amount you can carbonate at a time. Right. There's presumably limits on the flow of water that you can pump.Ólafur Teitur GuðnasonIt depends on the number of wells you have. If you need more flow, you can add wells. You just need to have a reasonable space between them because each well is only using so much underground area. So you can have another one 300ft away or 500ft away or something like that. So scaling up means really adding more wells, provided you have the appropriate conditions there as well. I would say a major limiting factor is the access to CO2 that has been captured.David RobertsRight.Ólafur Teitur GuðnasonSo the problem is not really storing it, the problem is getting it in the first place and getting it not only capturing it from emitters, but then also transporting it to a suitable storage site.David RobertsYour only limiting factor is how much CO2 you can get your hands on. Practically speaking, there's no limit to the speed and quantity that you could handle if you can solve the problem of getting it to you, basically.Ólafur Teitur GuðnasonYeah. And I would also mention that, of course, we need water for this process, so there has to be access to water as well.David RobertsYes, I want to ask about that later too, but I want to start with energy though, because a bunch of people, I was talking about this on Twitter, this is the first question people have, which is sort of how much energy are we using to do this? And presumably, the energy you use to do it needs to be zero carbon, or else you're just sort of like in a loop of creating carbon to bury carbon. So this is all premised on zero carbon energy, right?Ólafur Teitur GuðnasonYes, preferably. Or at least you need to be — well, in Iceland, we don't really have that challenge. All of the energy is either geothermal or hydropower. So it is green energy, definitely. But still there is the question of displacing green energy for the purpose of carbon capture. And it's a whole debate on that, or at least some points to be made. But yeah, I mean, how net positive do you need to be to be justified? That's an open question. But in our case, the energy is completely sustainable and it is a very low energy process.David RobertsCan you put numbers on that? Like, what do we mean by l…

    Full show notes at the publisher

    What rural people actually think about clean energy Nov 08, 2023
    Show notes

    Rural community pushback to new wind and solar farms has the potential to slow the US clean-energy transition, but very little research has been done on what rural Americans actually think about renewable energy. A recent survey of thousands of rural residents about their opinions on climate change and clean energy development sheds some light; in this episode, Robin Pressman of Embold Research and Mike Casey of clean-energy PR firm Tigercomm discuss the results.(PDF transcript)(Active transcript)Text transcript:David RobertsOf the handful of forces that have the potential to stymie the clean-energy transition in the US, perhaps the most immediate and dangerous is rural NIMBYism. Rural communities will, by necessity, host most of the wind and solar farms the US needs to decarbonize, but rural resistance is already responsible for dozens of canceled projects and growing delays.What do rural Americans think about renewable energy? Where are they getting their information and what sorts of arguments are getting through? There’s been weirdly little research on this question, despite the growing severity of the problem.Into that breach comes a new poll done by Embold Research, which surveyed thousands of rural residents to uncover their opinions on climate change, wind and solar power, and the promises of energy developers. The poll was commissioned by the clean-energy PR firm Tigercomm, which also interviewed community engagement staff at energy developers to find out what they’ve been hearing in the field.I contacted Mike Casey, the president of Tigercomm, and Robin Pressman, the head of Embold Research, to discuss what the poll found and what it means for clean energy developers engaging these communities.All right then, with no further ado, Mike Casey of Tigercomm and Robin Pressman of Embold Research. Welcome to Volts. Thank you both so much for coming.Robin PressmanThanks for having us.Mike CaseyThank you, Mr. Roberts.David RobertsMike, let's start with you. Let's just talk a little bit about the background here. There are kind of two bits of research here that we're going to discuss today. On the one hand, Robin's firm has done this polling of rural Americans. I hate that I'm going to have to say the word rural over and over again in this podcast. It's my least favorite word to say. But also, your firm has done a bunch of interviews with developers, renewable energy developers, specifically the people at the renewable energy developers who are responsible for going into these communities and developing these projects.It's sort of the advanced people who are going out to talk with the rural people and live in that world. And I'm interested in both those perspectives. But maybe actually, Robin, let's start with you. So, tell us a little bit about what this poll did, who it polled, and what kinds of things you were asking about.Robin PressmanSo, we wanted to take a look at your favorite word, "rural," Americans and understand perspectives on renewable energy. We've seen a lot of polls lately that look at the country as a whole, that look at specific communities where projects are being built. We're certainly polling for people in those local communities and areas. But what we really wanted to do was to get sort of a 30,000-foot view across the country of what perspectives rural Americans have, where they are at this point in time, and how they're feeling about the renewable energy transition that is happening. And so we surveyed 2,645 rural Americans across the country, and we were able to have conversations with them, both the quantitative survey and then also the qualitative, get information from them that they could fill in so we could learn a little bit more about their perspective.So, sort of virtual conversations, not actual conversations. And we were able to really get a look and understand where they are and go beyond just sort of the loudest voices in the room, which has really been a big stumbling block in these communities, to getting these projects built.David RobertsIn the small handful of items that I would list as threats to the success of the clean energy transition, threats to the success of IRA and all the rest of the bills, NIMBYism and permitting is probably the biggest and most threatening one. And so everybody's thinking about this right now. Everybody in the energy world is thinking about this right now. And one of the big questions I think that's on everybody's mind is this resistance that we're seeing, is it a small handful of people that are being paid by right-wing groups stirring up this trouble, or are they speaking in some sense on behalf of a broader sentiment?In other words, are they articulating the true sentiments of people in those areas? So maybe the place to start is just what did you find out, that they think about renewable energy?Robin PressmanSo, to start with, there is support for these projects, both solar and wind in rural communities. And support does outweigh the opposition as a whole. When we ask people, do you support or oppose solar energy and wind energy projects separately being built in the following areas, communities across your state, in your local community, or on a property near yours, we could see that support does outweigh opposition across the board. As you get a little closer to on properties near yours, you would expect to see some of the support drop off —David RobertsYour backyard.Robin PressmanRight, and the opposition increase, but not nearly as significantly as we thought it would.And so there is sort of a core group of people that are opposed, certainly, but it's not as strong as one might think. It tends to hover between 10% and 25%, depending on how proximate the project is to you. And we can see that, for example, when we ask in your local community, we can see strong support, 37% strongly support solar and 32% somewhat support it. And for wind, similarly, 30% strongly supporting, 26% somewhat supporting. So, there's real opportunities here for having the conversations. But when we dug in underneath the top line data, what we can see is some real differences.And interestingly enough, while, as you might expect, Republicans tend to be more opposed to these projects than Democrats, we see a real difference between MAGA Republicans and non-MAGA Republicans.David RobertsAre those self-designations? Like, these are people who self-identify as MAGA Republicans?Robin PressmanYes. We ask them their party identification. And for those people who self-identified as a Republican, we then ask them if they identify as a MAGA Republican. And about 28% of the entire sample identified as MAGA Republican. And so what we see with those non-MAGA Republicans, we see real opportunity for growth. And we already have pretty strong support with independents as well. So, there are some groups there that we can talk to that are either already supportive or maybe sort of soft supporters who, when given and educated a little bit more information about understanding the impact on the community, are going to become stronger supporters.We also similarly saw interesting difference between people who self-identified living in a small town or a rural area.David RobertsWait, those are two distinct things.Mike CaseyYes, and an important distinction actually.David RobertsSpell that out a little bit. When people choose between those, what are they saying?Robin PressmanSo, this is a self-determination. So, when we created this survey, we looked at a number of things. We looked at the rural areas based on subcounty designations and then ZIP codes based on population density, to be sure that we really were talking to people in rural areas, and we are overwhelmingly so. But there are small towns, right? Within these communities, there are one-stoplight towns. There's a main street, there are shops, there's a coffee shop where people are coming. And the people who are living more closer into the small towns tend to be stronger supporters than the people who are further out, right where these projects are more likely to be built.David RobertsThat's funny. One of the things that we keep finding is that more density equals bluer, and that seems to hold at every level. Even out here in the rural areas, these smaller distinctions in density seem to matter.Robin PressmanYes, but they're not entirely blue. These are areas still, that even in the small towns, these are areas that voted, still voted for Trump overwhelmingly. Right. So, these are definitely red; they're just not as strong. But what we see is people who help build the fabric of our communities, who maybe run the small shops in town, or you know, work at the local buildings, are going to see some opportunities for growth and benefit overall. And we sort of started in the middle of this conversation and I should have premised this with this is, it's really important, the context for understanding where rural Americans are right now.And that is that they're decidedly downbeat. I mean, half think that the country is off on the wrong track, and we can dig into this further in a little bit. But their perspectives on their communities, in terms of economic opportunities, job opportunities are really, really downbeat. And so people are seeing a need for something that's going to be beneficial for their communities, but they're not necessarily believing yet that renewable energy is going to be that solution for them.David RobertsInteresting. Well, the big question to me, I mean, politically speaking, the big question here is about intensity. Like anyone who follows politics, I think, knows that wide, broad, shallow majority support cannot stand up to narrower, smaller, but more intense opposition. Right? Because intensity is what brings people out to meetings. Intensity is what makes them speak up. And if you're just sort of like mildly in favor when you're asked, that's not going to get you out to the meetings. So, do you have any way of measuring or judging the intensity of this sort of majority support versus the kind of concentrated MAGA opposition?Robin PressmanYeah, well, we can see is, like I said, when we look at some of these questions and we look at strong supporters versus those that may somewhat oppose, we can see that there is opportunity for growth. And when we look at those who just identify that they're not sure on a series of measures there is real opportunity for education and growth there, we can see that maybe when we start talking about specific aspects of what these projects are going to bring to their communities, you get about 20-25%, about a quarter saying that they're not sure what the implications are going to be for their communities as it relates to, say, tax benefits, for example. So this really opens up opportunities for conversations.And here's the important point: It's conversations with culturally credible messengers. Having companies come from outside is not necessarily welcomed or appreciated in a lot of these communities. Identifying folks that are from those communities, specifically farmers and ranchers, small business owners who can have these conversations with their friends, with their neighbors, really carry significantly more weight. There's some perspectives that we were able to uncover in the survey that really just look at how rural Americans perceive themselves as it relates to the country, and they perceive that they're looked down upon. They think that elites, liberal elites from the coasts are looking down upon them.They think that the politicians aren't paying attention to them and their needs, and they're not feeling understood in that. And so those are really important points. And so when you have outsiders coming in and making promises of tax benefits, and here's all this opportunity we're going to bring, they're decidedly suspect of that, as you might imagine, rightfully so, given their experiences and where they're coming at it from. But importantly, as we begin to share more of that education, of the information, of the opportunities that it can bring, we are able to build a coalition of supporters in these communities.Mike CaseySo, there's actually some good news here. The good news is that the poll that Robin's firm ran, that we were part of in terms of commissioning it and socializing it, mirrors what the Berkeley National Lab study in 2019 found as well. So, they looked at people who were neighbors of existing wind farms. Three miles, one mile, half mile radius. Half mile is less than most of your dog owning listeners walk their dogs at night. And among people who lived within a half mile of a wind turbine, 51% had a very positive or positive experience. 24% had a very negative or negative experience.That's actually worth taking into account. Wind is typically viewed as triggering greater opposition than solar. That was found in our poll. But yet among those who live next to it, they don't mind.David RobertsI mean, 51% is — I guess that's good news. Half and half. It's not great news.Mike CaseyWell, actually, no, check that out, though. So, 51% very positive or positive, 24% very negative or negative.David RobertsRight?Mike CaseySo it's a two to one ratio. That's actually a significant gap. And the point here is that you are right: Of the nine barriers to the clean energy transition, critical minerals, grid stability, physical infrastructure, transmission, workforce development, supply chains, government, storage, permitting is the most likely transition killer. No question. Yet people who live next to it, once it gets built, it is readily accepted. All the data show that. And the even better news is that what renewable energy can offer rural communities is an almost exact match with what rural Americans say they want for themselves and their neighbors.They want lower energy prices, they want jobs so their young people can stay in the community, and they want tax revenue to address aging infrastructure. That's exactly what renewable energy offers.David RobertsThat's what they say on the poll that they want. That's where you're getting up.Mike CaseyCorrect.David RobertsI think this is a pattern of NIMBY opposition, not just to wind and solar, but to urbanist projects. And I mean, name it. It's almost always the case that afterward, everyone's fine. Everyone's fine with the thing. It's the same with, like, a bike lane. Like, after the bike lane's built, everybody loves the bike lane. It's always that way. But that never seems to translate into making it any easier to build the next bike lane. Do you know what I mean and like so the fact that people are happy with wind farms once they're next to them, how do you translate that into making it easier to sell the next wind farm?That's the magic here. Mike, I have a bunch of questions for you about engaging with this, but just a couple more for Robin. Did you, on your poll run by these rural people, specific arguments for and against renewable energy? And if so, I'm just curious what arguments against it are catching on and grabbing people's minds? And conversely, what are the arguments for it that actually sway them?Robin PressmanAbsolutely. So, starting with what people are really for, some of the messages that really resonated focus on the fact that we're going to move away from dependence on foreign sources for energy. The increase in renewable energy decreases our energy dependence on other countries, which resonates, as well as the diversification of the grid. Renewable energy helps diversify our sources of energy, ensuring that the lights stay on even if one energy source fails.…

    Full show notes at the publisher

    Previous 1 23 24 25 26 27 46 Next

    Related Podcasts

    Inside Strategic Coach: Connecting Entrepreneurs With What Really Matters

    1

    Inside Strategic Coach: Connecting Entrepreneurs With What Really Matters Business
    WSJ Your Money Briefing

    2

    WSJ Your Money Briefing Business
    FORTUNE Unfiltered with Aaron Task

    3

    FORTUNE Unfiltered with Aaron Task Business
    FORTUNE OnStage Presents: The Most Powerful Women

    4

    FORTUNE OnStage Presents: The Most Powerful Women Business
    Slate Money

    5

    Slate Money Business
    In The Dark – The New Yorker

    6

    In The Dark – The New Yorker Business News
    footer-logo

    Contact Us

    Toll Free: 844-670-7747

    Links

    • Home
    • Top Charts
    • Networks
    • Apps
    • Independents Podcasts
    • Podcast Advertising
    • Podcast News
    • Contact Us
    • About Us
    • Analytics & Insights

    Stay Connected

      Privacy, Terms of Use & Our Code of Ethics Protecting Content Creators Copyrights