Sign In or Create an Account.

By continuing, you agree to the Terms of Service and acknowledge our Privacy Policy

Sparks

The Swiss Army Knife of Clean Energy Tax Credits Goes Into Effect Next Year

These can really do it all — almost.

A dam.
Heatmap Illustration/Getty Images

Before and for the first year or so after the Inflation Reduction Act, clean energy in the United States was largely developed under the aegis of two tax credits: the Production Tax Credit, which primarily useful for wind power, and the Investment Tax Credit, which is primarily used for solar power. (The actual eligibility for each tax credit for each technology has changed various times over the years, but that’s the gist.)

Starting in 2025, however, and lasting (absent any change in the law) through at least 2032, that tax credit regime will be made “technology neutral.” Goodbye, existing credits with their limited applicability. Hello, new tax credits that apply to “any clean energy facility that achieves net-zero greenhouse gas emissions,” according to a release issued Wednesday by the Treasury Department.

“For too long, the U.S. solar and wind markets have been hampered by uncertainty due to the on-again-off-again nature of key tax credits,” Treasury Secretary Janet Yellen said on a call with reporters. “Periods of indecision and the credits being repeatedly allowed to elect to lapse made it too difficult for companies to plan and invest in clean energy projects.”

About that “at least”: The tax credits only start to phase out when Treasury determines that electricity-related greenhouse gas emissions have been reduced 75% from their 2022 levels or in 2032, whichever comes later, making this the rare tax code provision with an outcome-based timeline.

In preparation for the new Clean Electricity Production Credit and Clean Electricity Investment Credit, a.k.a. sections 45Y and 48E of the U.S. tax code, to go into effect, Treasury proposed guidance outlining what would qualify for the tax credits and soliciting comments on forms of power generation whose true carbon abatement potentials are more in doubt. The notice and subsequent publication in the Federal Register kicks off a 60-day public comment period, after which Treasury and the Internal Revenue Service will write the final rules.

The new list of eligible technologies includes “hydropower, marine and hydrokinetic, nuclear fission and fusion, geothermal,” along with “certain types of waste energy recovery property” as among the technologies that will be “categorically” eligible for the new tax credits. The point here isn’t to create more exclusivity, but rather to “provide clarity and certainty to developers,” Treasury said in the release. Yellen added that, “for the first time, these incentives are tied explicitly to electricity generation with zero emissions instead of specific technologies.”

What this announcement does not clarify, however, is what to do about energy sources that involve combustion, such as biomass or harnessing methane emitted from landfills. Here is where the Treasury Department is asking for help from outside — many of the questions included in the proposed rulemaking are devoted to figuring out exactly how these forms of energy might or might not be made zero-emission.

Many environmental groups are skeptical of any combustion-based energy sources, and Treasury said that generation methods which “rely on combustion or gasification to produce electricity” will have to “undergo a lifecycle greenhouse gas analysis to demonstrate net-zero emissions.”

Green

You’re out of free articles.

Subscribe today to experience Heatmap’s expert analysis 
of climate change, clean energy, and sustainability.
To continue reading
Create a free account or sign in to unlock more free articles.
or
Please enter an email address
By continuing, you agree to the Terms of Service and acknowledge our Privacy Policy
Sparks

Why Really Tiny Nuclear Reactors Are Bringing In Big Money

Last Energy just raised a $40 million Series B.

A Last Energy microreactor.
Heatmap Illustration/Last Energy

Nuclear energy is making a comeback, conceptually at least. While we’re yet to see a whole lot of new steel in the ground, money is flowing into fusion, there’s a push to build more standard fission reactors, and the dream of small modular reactors lives on, even in the wake of the NuScale disappointment.

All this excitement generally revolves around nuclear’s potential to provide clean, baseload power to the grid. But Washington D.C.-based Last Energy is pursuing a different strategy — making miniature, modularized reactors to provide power directly to industries such as data centers, auto manufacturing, and pulp and paper production. Size-wise, think small modular reactors, but, well, even smaller — Last Energy’s units provide a mere 20 megawatts of electricity, whereas a full-size reactor can be over 1,000 megawatts. SMRs sit somewhere in between.

Keep reading...Show less
Blue
Sparks

Why That One Tesla Cybertruck Caption Is Suddenly Everywhere on TikTok

Believe it or not, it doesn’t have anything to do with Elon Musk.

A Cybertruck.
Heatmap Illustration/Tesla

It shows up when you are most vulnerable. Maybe it’s under a reel of Fleabag’s season 2, episode 5 confession scene, in which Phoebe Waller-Bridge finally gets together with Andrew Scott’s “hot priest.” Or maybe it’s slapped on a TikTok of an industrial hydraulic press squashing some gummy bears. No matter what, it’s always the caption of the video you find yourself transfixed by without quite knowing why: “The Tesla Cybertruck Is an All-Electric Battery-Powered Light-Duty Truck.”

For the past few months, Instagram and TikTok users have been inundated by posts with the same caption, a seemingly AI-generated paragraph about Tesla’s Cybertruck, providing a “comprehensive overview of its key features and specifications.” The caption could be applied to anything and pops up seemingly at random, creating the disconcerting effect that Elon Musk is lurking around every digital corner. This is not because legions of social media users have suddenly become lunatic Cybertruck stans, however (though there are certainly some of those, too). Rather, it’s a technique for spam accounts to game the algorithm and boost their engagement.

Keep reading...Show less
Yellow
Sparks

China Might Not Need Coal to Grow Anymore

And if it doesn’t, that’s very good news, indeed, for global emissions.

China Might Not Need Coal to Grow Anymore

First it was the reservoirs in China’s massive network of hydroelectric dams filling up, then it was the approval of 11 new nuclear reactors — and it’s all happening as China appears to be slowing down its approval of new coal plants, according to a research group that closely follows the Chinese energy transition.

While China is hardly scrapping its network of coal plants, which power 63% of its electric grid and makes it the world’s biggest consumer of coal (to the tune of about half of global coal consumption), it could mean that China is on the verge of powering its future economic growth non-carbon-emitting energy. This would mean a break with decades of coal-powered growth and could set the table for real emissions reductions from the world’s largest emitter of greenhouse gases.

Keep reading...Show less