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Topic: Offshore Wind

[Episode #269] – Trump’s War on the Energy Transition

In the first year of his second term, President Donald Trump waged an all-out war on the energy transition. His administration canceled hundreds of projects created under the Inflation Reduction Act, IIJA, and CHIPS Act, blocked offshore wind farm development, and forced aging fossil-fueled power plants to continue operating after their utility owners planned to shut them down. It weaponized every federal agency from Interior to the Department of Commerce against renewable energy, seized Venezuela's oil, and pulled the US out of participation in key UN climate bodies.

The results have been staggering. Over 22 GW of wind and solar projects have been thwarted or thrown into limbo, and fully half of the country's planned new power capacity, some 117 GW, is at risk of delay. The Department of Energy has issued "emergency" orders to keep six aging coal and gas plants open, invoking a provision of the Federal Power Act originally written for wartime. None of these federal interventions were requested by a utility, grid operator, or state regulator. Courts have been pushing back hard, calling these actions arbitrary, capricious, unreasonable, and seemingly unjustified.

Whether any of these executive actions will survive is the central question. In today's conversation, we are rejoined by Ari Peskoe, Director of the Electricity Law Initiative at Harvard Law School, to walk through dozens of Trump's energy interventions and assess which ones are likely to hold up against the growing wave of legal challenges being brought against them. As we discuss, the courts are doing a surprisingly effective job of striking down the administration's illegal maneuvers. But every project delayed or canceled while the cases grind through court is inflicting real damage on the energy transition.

Guest:

Ari Peskoe is Director of the Electricity Law Initiative at Harvard Law School.  He has written extensively about electricity regulation, on issues ranging from rooftop solar to Constitutional challenges to states’ energy laws.

On Twitter: @AriPeskoe

On the Web: Electricity Law Initiative at Harvard Law School

Geek rating: 1

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[Episode #267] – Japan: Petrostate or Electrostate?

Depending on where you live, the energy transition might feel like it's stalling or accelerating faster than ever. Countries are sorting themselves into two camps: petrostates seeking to stay on the fossil fuel path, and electrostates racing toward renewables, batteries, EVs, and other "electrotech." Under Trump, the US is joining Russia and Saudi Arabia in the petrostate camp, while China is leading much of the rest of the world in the opposite direction by exporting electrotech to the developing world as well as developed countries that lack domestic fossil fuel resources.

But as countries follow different paths through the energy transition, where does that leave Japan? Importing 100% of its oil and gas means it ranks among the world's most energy-vulnerable nations. After the Fukushima Daiichi nuclear plant disaster in 2011, Japan has lost more than a decade to inaction, stuck between a public that no longer trusts nuclear power and a political establishment reluctant to abandon enormous sunk costs in nuclear capacity. Now Japan has reached a crossroads. It can side with the petrostates, go with the electrostates, or try to straddle the line between them.

To explore Japan's options, Chris interviewed Nobuo Tanaka, former Executive Director of the International Energy Agency from 2007 to 2011. Tanaka now chairs the steering committee of Japan's Innovation for Cool Earth Forum and advises Japanese and international companies on energy strategy.

In this conversation, we'll hear Tanaka's bold proposal for Japan, Korea, and China to set aside their historical conflicts and form an electrostate alliance, much as France and Germany did after World War II when they created the European Coal and Steel Community. Tanaka also makes the case for a new generation of nuclear technology as Japan's path forward, a view on which he and Chris differ, though they agree on the stakes. And, based on his long experience in international geopolitical forums, Tanaka explains how US policy is pushing Europe and much of the rest of the world closer to China.

Guest:

Nobuo Tanaka is Executive Director Emeritus, The International Energy Agency (IEA).

Nobuo Tanaka is Chairman of the steering committee of the Innovation for Cool Earth Forum (ICEF), which was established by former Prime Minister Shinzo Abe in 2014. As Executive Director of the International Energy Agency (IEA) from 2007 to 2011, he initiated a collective release of oil stocks in June 2011. He began his career in 1973 in the Ministry of Economy, Trade and Industry (METI), and has served in a number of high-ranking positions, including Director- General of the Multilateral Trade System Department. He was deeply engaged in bilateral trade issues with the US as Minister for Industry, Trade and Energy at the Embassy of Japan, Washington DC. He has also served twice as Director for Science, Technology and Industry (DSTI) of the Paris-based international organization, OECD. As CEO of Tanaka Global Inc, he advises several Japanese and International companies.

Geek rating: 8

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[Episode #240] – Evolving the UK Energy System Part 1

This episode kicks off a new miniseries exploring how the UK is evolving its energy system through world-leading efforts to meet its decarbonization goals. In 2024, it closed its last coal-fired power plant and conducted its most successful Contract for Difference (CfD) auction yet, which attracted a diverse range of renewable energy projects—including more than enough offshore wind bids to make up for the lack of such projects in the 2023 auction.

The UK also launched an astonishingly ambitious effort to develop an economy-wide energy planning process for the entire country, conducted by the newly-established National Energy System Operator (or NESO). NESO produced its first report, providing essential guidance to all participants in the country’s energy system. Additionally, Great British Energy was created, which will make the British government a direct investor in renewable energy projects.

In this episode, we speak with Adam Berman, the Director of Policy and Advocacy at Energy UK, the nation’s energy industry trade group. He advocates for ways to speed up the UK’s journey to net-zero through enabling low-carbon investment in clean power generation. We review all of 2024’s developments in detail, and outline the path forward for the UK’s energy transition.

Guest:

Adam Berman is the Director of Policy and Advocacy at Energy UK. He advocates for ways to speed up the UK’s journey to Net-Zero through enabling low-carbon investment in clean power generation. Prior to Energy UK, Adam was European Policy Director at IETA (International Emissions Trading Association), an organisation which advocates for robust and effective carbon pricing. Previous roles included working as an analyst in the energy industry on international climate policy issues, and as a researcher in the UK Parliament.

On the Web: Energy UK

Geek rating: 7

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[Episode #213] – Offshore Wind in the UK

It’s been a difficult year for the offshore wind sector, with numerous projects and power purchase agreements getting canceled. Contracts and incentives simply haven’t kept pace with rising costs, forcing developers to shelve money-losing projects.

So is the offshore wind sector hitting a wall, or merely some temporary speed bumps on the path to a bright future?

We're think it's the latter, as do industry and government insiders.

In this episode, we take stock of the offshore wind sector, with a focus on the UK. This is our second show based on Chris’ travels to the UK in the Autumn of 2023. The first was Episode #212, about the energy transition on the Isle of Eigg. In this episode, Chris interviews two key players in the UK’s offshore wind industry, and tours a Scottish port, witnessing firsthand the foundations for a new offshore wind project being readied for installation. We also discuss the failure of the UK’s Contract for Difference (CfD) incentive auction for offshore wind this year, and its impact on the offshore wind supply chain. And we conclude with a look at what the government is doing to ensure the next auction is a success.

Geek rating: 3

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[Episode #182] – 7th Anniversary Show

Full Episode

For our Seventh Anniversary show, energy researcher Jonathan Koomey rejoins us to review major stories over the past year, and to take stock of how the energy transition has progressed.

We talk about how the global energy crunch we covered in 2021, in Episode #158, has evolved into a full-fledged global energy crisis in 2022. We reflect on the theme of Episode #181, “Command Capitalism,” and consider the increasing interventions governments are making in energy markets to manage the crisis. We muse on the episodes we did over the past year on the trajectory and speed of the energy transition. We consider the outlook for storage systems, in light of the episodes we did on that subject. We discuss how incumbents have resisted the energy transition, as we covered in our episode on utility corruption, and ask whether incumbents are gaining or losing ground. We review the highlights of our shows on the latest IPCC report and on climate modeling. And Jon shares some of his latest work in energy modeling.

It's a smörgåsbord of energy transition goodness, so strap on a napkin and join us!

Geek rating: 8

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[Episode #179] – Offshore Wind in the US

Although offshore wind has been booming for decades in Europe, it has gotten a slow start in the US. But that’s about to change. From a single 30 MW offshore wind farm today, offshore wind capacity in the US is expected to reach 1 GW in just two years, and grow by a factor of 40 over the next two decades to 30 GW under a new target set by the US Government.

In today’s episode, we speak with Patrick Gilman, a Program Manager in the US Department of Energy's Wind Energy Technologies Office. For the past 14 years, Patrick has led a wide range of analysis, research and development, and deployment activities to help advance wind’s role in the US energy sector. We talk about the global state of the offshore wind sector; the technical and practical potentials for offshore wind in the US; how offshore wind can reduce the need for transmission capacity and balance out the production from land-based wind and solar farms; and how it can create good jobs and stimulate manufacturing. We’ll also look at some of wind's unique advantages over land-based resources, like easier paths to deploying transmission capacity. Wind might even be a good way to produce hydrogen we can use to decarbonize the hard-to-decarbonize sectors.

Join us for this comprehensive look at the present and future of offshore wind in the US. It may be the most exciting sector in energy over the next two decades.

Geek rating: 5

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[Episode #155] – Marine Energy

Marine energy—a collection of diverse technologies designed to capture energy from the ocean in various ways—has languished far behind more mature renewable technologies like wind, solar, and geothermal energy for decades. The reasons for its slow progress are as diverse as the technologies themselves, but there are some indications that a few of these technologies have learned from the failures of the past, and are finally becoming mature enough to reach commercial scale. Should they succeed in doing so, they offer the tantalizing potential to provide virtually limitless amounts of clean power, 24x7, using a wide variety of applications—from power supplied by cable to onshore grids, desalination of fresh water, standalone devices operating out in the deep ocean, devices that can convert the electricity they generate into synthetic liquid fuels for transportation by ship, and carbon capture technologies.

But if we are to use the marine environment sustainably, we have to do so informed by solid scientific research into the impact our technologies will have on the marine environment and its wildlife residents. Our guest in this episode is one such researcher. An oceanographer by training, with deep expertise in the environmental effects of wave and tidal energy and offshore wind installations, Dr. Andrea Copping leads a team at the Pacific Northwest National Lab (PNNL) in Richland, Washington which integrates laboratory, field, and modeling studies into a coherent body of evidence to support siting and consenting decisions. She also leads OES-Environmental, an international project on environmental effects of marine energy development around the world, under the auspices of IEA Ocean Energy Systems.

Join us in this wide-ranging discussion about the many different forms of marine energy, and how some of them might yet emerge as major players in the portfolio of energy transition solutions.

Geek rating: 5

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[Episode #154] – Japan’s Nuclear Dilemma

Japan was once the third-largest operator of nuclear power facilities in the world, but that came to a sudden end with the largest earthquake to ever hit the country on March 11th, 2011, which caused a massive tsunami that led to the meltdown of the Fukushima Daiichi nuclear power plant, and then to the closure of all 54 of the country’s nuclear plants. In the decade hence, Japan has struggled to plot a new course to get its energy, see-sawing between attempts to restart the plants and relying more on coal and natural gas, while at the same time trying to improve efficiency, conserve energy, and find ways to reduce its emissions to help meet its decarbonization targets under the Paris climate agreement.

Now, the country’s leadership is taking bold steps toward building more renewables and seeking to cut back on its use of fossil fuels, while just a handful of its nuclear plants have been restarted and the future of the rest is very much in contention. It’s a confusing political landscape, and one of the most challenging cases in the world for energy transition, but it also could prove to be one of the most cutting-edge leaders, especially if it can exploit its offshore potential for renewables.

In this episode, Bloomberg reporter Stephen Stapczynski, who has reported on Japan’s energy sector for years, paints for us a coherent picture of Japan’s nuclear past, where it stands now, and how it will obtain its energy in the future.

Geek rating: 2

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[Episode #146] – Why Local Solar Costs Less

Conventional wisdom in the energy transition has long held that public investment should be directed toward utility-scale projects, because they’re cheaper than rooftop solar systems, kilowatt for kilowatt. Being cheaper, utility-scale systems would clearly deliver more bang for the buck.

Our returning guest in this episode, energy modeler Christopher Clack, says according to his recent modeling, the opposite is actually true — that investing more into local solar will deliver more public benefits than investing in utility-scale projects. And even more surprisingly, he says that building rooftop solar and distributed storage systems will actually result in more utility-scale solar as well, plus bring greater societal benefits such as more jobs, increased economic development, increased resilience, and more equitable access to the benefits of renewables. By modeling a dizzying set of factors simultaneously, Clack is able to show that combining many factors leads to synergistic effects that have been heretofore undiscovered in the literature… factors that we will attempt to describe in this extremely deep dive into energy modeling.

Geek rating: 9

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[Episode #87] – The Value of Flexible Solar

As variable renewables gain ever-larger shares of the grid power supply mix, integrating them on the grid is raising new questions about the best ways to do it. Storage systems are one obvious answer, but their deployment as utility-scale assets is still in the early days. Right now, if a utility-scale solar plant is producing more power than the grid can use, and there isn’t a storage system available to absorb the excess, the standard procedure is to curtail the plant — just turn it off. It hurts the revenues of plant owners, but at least it won’t damage the grid.

But now there are some new ways to the problem of integrating more variable renewables: Make them flexible! Instead of always running wind and solar plants full bore, or curtailing them, just turn them down a bit. Or make them completely flexible, able to ramp up and down at will, after deliberately providing enough room on their host grids to allow that.

Our guest in this episode is an expert on the subject who has helped the California Independent System Operator, or CAISO, think about new, flexible modes of operation for solar plants. It’s a very geeky and oftentimes technical interview, but we know the grid geeks who listen to this show will love it!

Geek rating: 10

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