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Among the raft of executive actions in the first days of his second term, President Trump issued several related to energy and the climate. This included the declaration of a “National Energy Emergency.” Trump has used the declaration of an emergency to grant his administration widespread but opaque powers to promote American energy independence and abundance. This opens up tremendous opportunities for executive action, which can, if appropriately used, spur significant investment in abundant, clean energy. However, an energy emergency declaration could result in abuse and misuse if incorrectly used.

According to the Brennan Center for Justice at NYU Law, there are 150 statutory powers available during emergencies, 137 of which can be invoked during a presidentially declared emergency. 

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The action includes some specific provisions and requirements for agencies, but more notable is the direct and intimate connection that the order makes between energy security and domestic and international defense capabilities. This connection—similar to the one established in the 2019 emergency declaration that allowed the President to use Department of Defense (DoD) resources to fund the border wall—enables resources that are appropriated for defense purposes to be redirected towards energy production, transportation, refining, and generation. This could enable a tremendous increase in government spending and leasing for energy projects. 

The order explicitly tasks the Secretaries of Interior, Energy, and Defense to study DoD capabilities for energy acquisition and transport, “with a focus on such vulnerabilities within the Northeast and West Coast regions of the United States.” 

The very first directive of the executive order is for all agency heads to identify and exercise any lawful authority “to facilitate the identification, leasing, siting, production, transportation, refining, and generation of domestic energy resources” and to recommend to the President any actions that may require Defense Production Act authority for implementation. While sweeping, this order primarily telegraphs a necessary priority for agency heads rather than requiring specific actions. The order specifically requires that EPA prepare and consider issuing fuel waivers for the year-round sale of E15 gasoline.

>>>READ: How DOGE Impacts Energy Innovation and Environmental Progress

While the order itself does not immediately take dramatic actions, rather it opens up new resources and powers for Trump to use and it directs agencies to review and produce reports on obstacles to energy production. The most impactful of these may be from DoD because if the DoD report on the acquisition and transport of energy finds that there are significant vulnerabilities (which it inevitably will) and that these vulnerabilities pose a national security risk, then DoD has further justification for directing substantial resources towards energy infrastructure, also reviewed and reported on under the executive order. 

National security has often been used to rationalize subsidizing or mandating politically preferred energy technologies—both fossil-based and carbon-free. Whether $60-per-gallon biofuels for the Air Force or a potential bailout of uneconomic coal-fired plants, when there is only a tenuous national security justification for executive action, taxpayers and energy consumers are saddled with high costs and minimal benefits. There is a real and important connection between energy abundance and our defensive capabilities, but DOD actions should be constrained and limited to legitimate national security justification.

The order also mentions waivers to the Clean Water Act and the Endangered Species Act under the national emergency but notably, it does not mention the Clean Air Act and the National Environmental Policy Act, the hobbyhorse for complaints from energy abundance advocates. The omission of provisions related to NEPA may be due to the sweeping changes made to the Council on Environmental Quality in “Unleashing American Energy”—an additional executive order from President Trump. 

>>>READ: The Energy and Climate Leadership We Need

President Trump has emphasized his commitment to using every tool available to promote, expand, and secure American energy. This emergency declaration unlocks additional tools, though it is not yet clear how they will be deployed. The President has made clear that he wants to unite the concerns about energy availability to broader national security considerations, including the popular antipathy towards China. 

While national security can quickly become a justification for any policy position and it remains to be seen how this emergency declaration will be used by the administration, there is a real and essential connection between energy availability and our nation’s ability to defend itself and deter foreign adversaries. The President is right that an energy abundance agenda that reduces regulatory barriers and promotes innovation and good governance can best serve America’s economic and national security interests. 

It was a tumultuous year for the agtech sector, with a string of once-promising startups declaring bankruptcy or downsizing in the face of a tough economic environment.

Investors gravitated toward more established startups amid market uncertainty, with biostimulant maker Sound Agriculture raising $25 million in venture funding and Carbon Robotics nabbing $70 million for its laser-powered, weed-killing robot.

An interest in mature startups came at the expense of still-emerging companies. Early-stage investments declined 33.7% year over year, Pitchbook said, particularly in pre-seed and seed deals.

Read more in Agriculture Dive here.

Electric utilities are calling for the U.S. Senate to pass legislation aimed at reducing wildfire intensity and restoring forest health, in part by allowing power companies greater leeway around vegetation management.

The House passed the Save our Forests Act on Thursday in a 279 to 141 vote.

The bill would “simplify and expedite the most critical forest management projects while maintaining strong environmental standards,” Rep. Scott Peters, D-Calif., said in a floor speech. “It will reduce the threat of litigation, and add new ways for communities to provide input early.”

Peters introduced the bill with Rep. Bruce Westerman, R-Ark.

Read more in Utility Dive here.

The artificial intelligence boom has turbocharged demand for electricity, and everyone who is anyone in the U.S. energy industry wants a piece of the action.

The latest entrant is Chevron, the country’s second-largest oil and gas company, which sees opportunity in building natural gas-fueled power plants that will feed energy directly to data centers.

Chevron is working with Engine No. 1, a San Francisco-based investment firm best known for waging a successful proxy battle against Exxon Mobil in 2021. The companies say they have ordered critical equipment, scouted potential sites and can have their first plant online within three years.

“It’s a chance for us to help meet the moment and address this growing need for reliable and affordable power,” Mike Wirth, Chevron’s chief executive, said in an interview.

Read more in the New York Times here.

new partnership between off-grid power systems provider DC Grid and energy services firm Liberty Energy seeks to provide data centers and EV hubs with modular, scalable off-grid power solutions in a matter of months, the companies announced Jan. 7. 

The partners expect to be able to deploy “small scale power output” within three months for fleet EV charging hubs and “hundreds of megawatts” within 12-18 months for data centers, they said in the announcement.

The partnership expects to be “especially useful for data centers and fleet EV hubs that are in long queues for service upgrades from the local utilities,” said DC Grid CEO and founder Vic Shao.

Read more in Utility Dive here.

When we think of solar, we tend to picture shimmering expanses of panels spread across farmland or mounted on rooftops. But how about attached to a raft, floating atop a reservoir?

Floating solar photovoltaics, also called ​“floatovoltaics,” is an emerging technology that’s taken off in countries across Asia and Europe, especially near urban areas with limited space available for land-based solar.

It’s also an untapped resource for the U.S. clean energy transition, according to a new study by researchers at the Department of Energy’s National Renewable Energy Laboratory. They found that federally owned or managed reservoirs could hold enough floating solar to produce up to 1,476 terawatt-hours of clean electricity — enough to power about 100 million homes each year.

Read more in Canary Media here.

Washington, D.C. is in a tizzy over President Donald J. Trump’s rescission of a slew of policies implemented under former President Joe Biden, and energy policies are receiving special attention in multiple executive orders (EOs). Trump withdrew from the Paris Agreement, ended the social cost of carbon, and ordered a halt to climate-related regulation and offshore renewable energy leases—all with the stroke of a pen. And that was just Monday. 

These actions have drawn some predictably overwrought reactions—for example, Vox called Trump’s actions an “attack on climate progress.” Cutting through the hyperbolic articles, we should ask two important questions: How effective were these policies to begin with? And should executive authority be the primary vehicle for energy policy?

The purpose of climate policy is to lower emissions. We’ve covered it in other pieces, but command-and-control policies that rely on executive authority are among the least efficient forms of climate policy. This is partly due to limitations on regulatory authority, but more so because market forces tend to be more powerful in altering the dynamics of energy consumption—the primary source of greenhouse gas emissions.

Read more from R Street Institute here.

American hydropower is facing some challenges. Experts say we are past ‘peak dam,’ and the number of new dams being built every year has dwindled. Despite providing reliable, clean electricity, environmental opposition to new and existing dams persists. Some American dams are being torn down to let rivers flow freely again, with other dams in dire need of repair. Our permitting process slows down both new construction and renovations that could keep hydropower running longer with strong environmental safeguards.

We are likely living in what the Yale School of the Environment defined as the “end of the big dam era.” But there is still a way for us to maximize the efficiency of hydropower that is already in operation: technology. Here are just four ways the digital age helps make hydropower more efficient: 

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Digital twins 

Artificial intelligence (AI) can create a ‘digital twin’ of an operational dam, a virtual copy of that system that can learn and adapt as the dam environment changes. Research from a collaboration between Oak Ridge National and Pacific Northwest National Laboratories shows that hydropower operators could test out things like possible solutions to needed dam repairs or upgrades on digital twins before implementing changes across the system. Testing on a digital copy of the system would reduce errors and oversights that could cause expensive problems with dam operations. 

Fish detection 

Monitoring fish counts around dams is an essential environmental safeguard and is often legally required. Dams frequently include some infrastructure for fish to move through the blocked area. Dam operators used to rely on manual fish counts, but researchers are beginning to digitally analyze eDNA and eRNA (trace amounts of genetic material found in environmental samples) to conduct counts of fish passing through dams. 

This process requires comparing genetic material found in water samples to shorter visual counts of fish through viewing windows in the fish passages. By analyzing the genetic material and confirming with short visual counts, researchers could estimate the number of fish passing through a dam with 98 percent accuracy. Implementing this tactic eliminates the need for costly and time-consuming manual fish counts and provides excellent conservation data. 

Better cybersecurity

Digital systems are vulnerable to hackers, and energy infrastructure like dams make for prime targets for terrorists. Researchers at the Idaho National Laboratory have worked with hydropower operators and security companies to adapt U.S. Department of Homeland Security resources into open-source cybersecurity tools for dam use. The cybersecurity tools they have developed are more affordable to install, can withstand use in mechanical infrastructure such as water sensors, and easily integrate with existing cybersecurity to help monitor the cable, port, and connection spots in the dam facility. 

>>>READ: Could Micro-Pumped Hydropower Help Farmers?

Flagging maintenance requirements 

Machine learning may help hydropower operators anticipate maintenance requirements before parts of the dam break or malfunction. A recent study in ScienceDirect explained

“Moreover, through the modeling of equipment states spanning from new to worn-out conditions, machine learning algorithms can accurately identify anomalies indicative of equipment malfunction or degradation using, for example, heatmaps This capability facilitates the early detection of potential issues, thereby allowing for timely intervention and the implementation of predictive maintenance strategies.” 

While hydropower construction may stagnate, the above digital tools can help us make American dams more efficient and functional than ever. Today’s innovation constantly refines the technology that could be used in dams tomorrow. Policymakers should fix the timely and burdensome requirements to build new dams and re-license existing ones so that hydropower can remain an essential source of reliable, affordable, and clean power.

TerraPower, a nuclear energy startup founded by Bill Gates, struck a deal this week with one of the largest data center developers in the US to deploy advanced nuclear reactors. TerraPower and Sabey Data Centers (SDC) are working together on a plan to run existing and future facilities on nuclear energy from small reactors.

Tech companies are scrambling to determine where to get all the electricity they’ll need for energy-hungry AI data centers that are putting growing pressure on power grids. They’re increasingly turning to nuclear energy, including next-generation reactors that startups like TerraPower are developing.

“The energy sector is transforming at an unprecedented pace after decades of business as usual, and meaningful progress will require strategic collaboration across industries,” TerraPower President and CEO Chris Levesque said in a press release.

Read more on The Verge here.

The Department of Energy last week launched a research and development program into the production of superhot rock geothermal energy, a resource that is unused but has major potential — 1% of its U.S. capacity could provide 4.3 TW of firm power, according to the Clean Air Task Force.

DOE’s Advanced Research Projects Agency-Energy is offering $30 million in funding to begin its Stimulate Utilization of Plentiful Energy in Rocks through High-temperature Original Technologies, or SUPERHOT, program to provide access to reservoirs capable of producing 10 GW to 20 GW of baseload power at a competitive cost, ARPA-E said on Jan. 16. There is about 4 GW of conventional geothermal capacity in the United States, according to DOE.

Read more in Utility Dive here.

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