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Originally published by Union of Concerned Scientists, The Equation.
By John Rogers

With its passage out of a key committee in the House of Representatives last week, the Clean Electricity Performance Program (CEPP) is a step closer to reality, as part of the powerful budget reconciliation bill (the Build Back Better Act). The bill, and that provision, still have a ways to go to get through Congress, as the House and Senate negotiate a final package. But it’s really important for clean energy to have this and complementary pieces moving — and even more important to get strong versions of them across the finish line.

To understand why, consider how the current design of the CEPP component answers the questions we had recently offered for gauging the robustness of the policy. The good news is that there’s a lot to like in what our elected representatives have laid out so far, and a whole lot to want to defend as its legislative journey continues.

And as for those five questions … the answers are very closequite possiblycheckTBD, and yes. Here’s how the House language stacks up.

Would the targets be as strong as needed? Very close.

While “as needed” is tricky, since we need much more globally than has been put on the table so far, one useful benchmark might be the current US commitment under the Paris climate accord (50- to 52-percent reductions in heat-trapping emissions below 2005 levels by 2030), and specifically the power sector implications of that (approximately 80-percent clean electricity).

The focus of the CEPP is retail electricity providers — investor-owned utilities, municipal utilities, electric cooperatives, and third-party retail electricity providers in states with competitive power markets. The CEPP that passed out of the House Energy and Commerce Committee (E&C) would reward those providers that increased their clean electricity supply by at least 4 percentage points in a given year (or per year, given some multiyear flexibility written into the plan). And it would collect payments from those that missed that benchmark.

That level of annual growth across the board, coupled with other complementary programs moving through the Build Back Better Act, such as clean energy tax incentives, would get us most of the way to the national target of 80 percent by 2030, according to analysis by the Rhodium Group. And the CEPP as envisioned provides a strong incentive for providers to beat that 4-percent-per-year level of growth to get us the rest of the way, together with all the clean energy pushes from states, utilities, companies, institutions, and households.

Would there be enough funding to power the transition? Quite possibly.

The early stages of the budget reconciliation process had the House and Senate approve the key top line number of $3.5 trillion, plus the allocations to the various committees. That resulted in $150 billion carved out for the CEPP within the portion the E&C is shepherding.

Is that sum enough? The performance grants for providers hitting the 4-point target would be $150 per megawatt-hour (MWh) of increased clean energy above a certain level. And that math — $150/MWh times the number of MWh needed to get to 80-percent clean electricity — works out pretty well, coming in close to the $150 billion.

So the next question is whether the resulting credit (including avoided payments for coming in too low) is enough to motivate providers to make the necessary push — and make the transition as easy and affordable as possible for customers. That level of incentive should make the willingness to invest in new renewables (directly or indirectly) at the pace and scale required all the more powerful.

So grants at that level under the CEPP could be a powerful complement to the extensions of the tax credits also included in the House reconciliation package to drive high levels of clean energy deployment.

Photo credit: John Rogers

Would the funding be used well? Check.

The current House text is explicit about what a provider can do with the performance grants it earns: use it “exclusively for the benefit of the ratepayers.” It then includes examples, such as direct bill assistance, clean energy and efficiency investments, and worker retention.

We agree: The CEPP grants should be used for purposes that directly and solely benefit the public by achieving the transition to clean electricity at a low cost and for maximum gain to consumers. So that’s good, strong language.

And it can be built on. We’ve recommended to lawmakers that they further specify allocation of the resources to ensure that this policy is doing its part to meet the administration’s Justice40 effort aimed at getting at least 40 percent of the benefits from federal investments to flow directly to disadvantaged communities.

Another clause in the E&C bill helpfully addresses the penalty portion for providers that don’t make the threshold in a given period: The legislation would let those payments be recovered only from “shareholders or owners.” That stipulation is particularly important in the case of investor-owned utilities.

Will it drive the cleanest sources? TBD.

As I’ve noted before, there’s low-carbon energy and then there’s really clean energy. Wind and solar would be the overwhelming favorites for providing the bulk of the new electrical capacity fueled by the CEPP. But the House does leave the door open to other options.

The E&C bill doesn’t spell out particular sources for inclusion or exclusion, instead setting a carbon intensity target — the maximum carbon pollution (carbon-dioxide equivalent on a 20-year global warming potential basis) per unit of electricity allowed for a source to qualify.

The good news is the House’s carbon intensity target is potentially quite strong, if it includes the emissions from the fuel supply (“upstream” emissions), although that isn’t clear from the current bill language. If upstream emissions are in there (again TBD), any fossil fuel generation would need a pretty high level of carbon capture and storage to count for the CEPP. A colleague has estimated that, with those upstream emissions included, coal or gas plants would need to capture and store at least 80 to 90 percent of their carbon dioxide emissions.

But the legislation needs to be clearer about those upstream emissions indeed being in the calculations. And the Union of Concerned Scientists (UCS) also has recommended other changes to make sure this section is as strong as it needs to be:

  • explicitly excluding particular sources, such as municipal solid waste incineration and conventional natural gas generation;
  • prorating performance grants for resources that meet the carbon intensity standard but are still above zero; and
  • putting in place strong guardrails for bioenergy, hydroelectric, carbon capture and storage, and nuclear projects to address other environmental and fuel-cycle impacts.

Would all electric utilities be covered? Yes!

This one is maybe the most straightforward. The E&C language seems quite clear that all retail electricity providers, regardless of type or size, would be covered. That’s good news, because it means that all electricity customers would benefit from the transition to clean energy.

Stronger is better

So a strong performance by the House Energy and Commerce Committee, with a few things to strengthen and a lot worth defending as this piece continues through Congress.

And all this is in the context of maintaining the crucial top line $3.5-trillion number — and the boldness needed for a “rapid, just transition to clean energy.”

Be assured that UCS will continue to push for the reconciliation package as a whole — and you can, too, by contacting your members of Congress. And we also will continue to weigh in to make sure that the Clean Electricity Performance Program lives up to its full promise and becomes a powerful tool for our clean energy transition.

 

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Electric motorcycle sets new world record… on top of an active volcano

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Electric motorcycle sets new world record… on top of an active volcano

Electric motorcycles are already known for their instant torque and quiet performance, but now one electric dirt bike has proven it can do something gas bikes can’t: breathe where combustion engines can’t. Stark Future and Swiss mountaineer-rider Jiri Zak just made history by setting a new high-altitude world record on the world’s highest active volcano, riding a fully electric Stark VARG EX up to an astonishing 6,721 meters (22,051 feet) above sea level.

The record-setting ride took place on Los Ojos del Salado, a massive stratovolcano straddling the Chile–Argentina border in the Atacama Desert. It’s the tallest active volcano in the world and one of the most brutal environments on Earth to test the limits of man and machine. Sub-zero temperatures, violent weather, thin air, and volcanic terrain have made it the proving ground for record-breaking attempts by companies like Porsche, Yamaha, and Jeep since the early 2000s.

But this time, it wasn’t a combustion engine motorcycle powering the ascent, but rather a battery-powered motorcycle.

Stark’s electric VARG EX conquers the thin air

Riding at nearly 7,000 meters means serious altitude sickness risks for humans – and serious performance losses for gas engines. But that’s exactly where the Stark VARG EX shines. Without relying on air-fuel combustion, the VARG EX can deliver full torque even in oxygen-starved conditions. It also simplifies high-altitude riding by eliminating gear shifting, relying instead on electric driveline efficiency and seamless power delivery.

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Jiri Zak, the expedition’s lead rider and a seasoned alpinist, put it best. “Two years ago this was just a dream – do it on an electric bike, where combustion loses its breath. Ojos is unforgiving; one mistake can cost your life. That’s why I’m here with a team I trust and a motorcycle that keeps delivering power in thin air.”

Zak’s attempt was logged on November 30, 2025, with GPS units that were sealed in advance to ensure authenticity. The full data is now undergoing third-party verification, with Guinness World Records authentication in process.

Stark and Zak aimed to push a motorcycle – regardless of the powertrain, electric or gas – higher than ever before. And they did.

The previous high-altitude motorcycling records involved heavily modified combustion bikes operating at the ragged edge of their capability. But the Stark VARG EX performed the feat right out of the box, with no major mechanical changes. That’s a serious milestone for electric mobility.

“This was never about a standalone number,” said Stark Future CEO Anton Wass. “It’s about proving that electric is not a compromise; it takes you further than any other combustion bike could. The VARG platform can operate at the edge of the atmosphere.”

Built for the extremes

To make the record possible, Stark assembled a team of logistics experts, mountain safety personnel, and videographers to document the expedition. The crew spent multiple days acclimating, scouting line choices, and studying energy management strategies for the high-altitude ride.

Weather windows were tight. Battery thermal regulation was crucial. Traction was unpredictable. Zak even described one of the most intense moments on the mountain, returning from the summit, “The hardest moment was the traverse to Argentina Pass. The balcony was gone. The wind and snow had erased my old track. Nature had taken the path back.”

Even with the challenges, the VARG EX maintained its composure, and its performance, throughout the climb.

A moonshot mentality

With a slogan like “Next stop? The moon!” it’s clear Stark is doing more than just chasing off-road trophies. The company is positioning itself as a symbol of what electric powertrains can accomplish in terrain where gas bikes falter.

Stark Future, founded in 2020 in Barcelona, has rapidly become the most talked-about name in the electric motocross scene. Their flagship VARG model claims to be the most powerful motocross bike ever built, and the EX variant used in this record attempt is the company’s enduro-specific version.

Stark’s vision is about pushing the motorcycle industry toward a more sustainable, electric future. And with this record-setting ride, they’ve just planted an electric flag higher than any motorcycle has ever gone before.

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CNBC Daily Open: The Warner Bros. Discovery deal — a cliffhanger in the making?

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CNBC Daily Open: The Warner Bros. Discovery deal — a cliffhanger in the making?

A view of the water tower at Paramount Studios on Oct. 30, 2025 in Los Angeles, California.

Mario Tama | Getty Images

Paramount Skydance on Monday launched a hostile takeover bid for Warner Bros. Discovery, following Netflix’s announcement last week that it had reached a deal to buy the HBO owner.

The company is “here to finish what we started,” CEO David Ellison told CNBC, upping the ante with a $30-per-share, all-cash offer compared to Netflix’s $27.75-per-share, cash-and-stock offer for WBD’s streaming and studio assets.

Investors were certainly pleased, sending Paramount shares 9% higher and WBD’s stock up 4.4%.

Another development that traders cheered was U.S. President Donald Trump permitting Nvidia to export its more advanced H200 artificial intelligence chips to “approved customers” in China and other countries — so long as some of that money flows back to the U.S. Nvidia shares rose about 2% in extended trading.

Major U.S. indexes, however, fell overnight, as investors awaited the Federal Reserve’s final rate-setting meeting of the year on Wednesday stateside. Markets are expecting a nearly 90% chance of a quarter-point cut, according to the CME FedWatch tool.

Rate-cut hopes have buoyed stocks. “The market action you’ve seen the last one or two weeks is kind of essentially baking in the very high likelihood of a 25 basis point cut,” said Stephen Kolano, chief investment officer at Integrated Partners.

But that means a potential downside is deeper if things don’t go as expected.

“For some very unlikely reason, if they don’t cut, forget it. I think markets are down 2% to 3%,” Kolano added.

In that case, investors will be waiting, impatiently, for the Fed meeting next year — hoping for a more satisfying conclusion.

What you need to know today

And finally…

People walk past the New York Stock Exchange in New York City, U.S., April 4, 2025. 

Kylie Cooper | Reuters

Private credit is beginning to look like the bond market — and that comes with red flags

Once restricted to a niche corner of lending to mid-sized firms, private credit has expanded across sectors, borrower sizes and collateral types, prompting large allocators to treat it increasingly as part of the same opportunity set as high-yield bonds and leveraged loans, said experts. 

The blending of the two markets raises worries. With more private lenders chasing fewer blockbuster deals, competition is pushing underwriting standards to look more like the looser norms seen in syndicated markets pre-2020, experts warned.

Lee Ying Shan

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US solar tops 11.7 GW in a huge Q3 despite political roadblocks

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US solar tops 11.7 GW in a huge Q3 despite political roadblocks

The US solar industry just delivered another huge quarter, installing 11.7 gigawatts (GW) of new capacity in Q3 2025. That makes it the third-largest quarter on record and pushes total solar additions this year past 30 GW – despite the Trump administration’s efforts to kneecap clean energy.

According to the new “US Solar Market Insight Q4 2025” report from Solar Energy Industries Association (SEIA) and Wood Mackenzie, 85% of all new power added to the grid during the first nine months of the Trump administration came from solar and storage. And here’s the twist: Most of that growth – 73% – happened in red states.

Eight of the top 10 states for new installations fall into that category, including Texas, Indiana, Florida, Arizona, Ohio, Utah, Kentucky, and Arkansas. Utah jumped into the top 10 this quarter thanks to two big utility-scale projects totaling more than 1 GW.

But the report also flags major uncertainty ahead. Federal actions, including a July memo from the Department of the Interior (DOI), have slowed or stalled the approvals pipeline for utility-scale solar and storage. Without clarity on permitting timelines, Wood Mackenzie’s long-term utility-scale forecast through 2030 remains basically unchanged from last quarter.

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“This record-setting quarter for solar deployment shows that the market is continuing to turn to solar to meet rising demand,” said Abigail Ross Hopper, SEIA’s president and CEO. She added that strong growth in red states underscores how decisively the market is shifting toward clean energy. “But unless this administration reverses course, the future of clean, affordable, and reliable solar and storage will be frozen by uncertainty, and Americans will continue to see their energy bills go up.”

Two new solar module factories opened this year in Louisiana and South Carolina, adding a combined 4.7 GW of capacity. That brings the total new US module manufacturing capacity added in 2025 to 17.7 GW. With a new wafer facility coming online in Michigan in Q3, the US can now produce every major component of the solar module supply chain.

“We expect 250 GW of solar to be installed from 2025 to 2030,” said Michelle Davis, head of solar research at Wood Mackenzie and lead author of the report. “But the US solar industry has more potential. With rising power demand across the country, solar could do even more if current constraints were eased.”

SEIA also noted that, following an analysis of EIA data, it found that more than 73 GW of solar projects across the US are stuck in permitting limbo and at risk of politically motivated delays or cancellations.

Read more: EIA: Solar + storage soar as fossil fuels stall through September 2025


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