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This piece was initially published for RealClearEnergy.

Solar power is now among the cheapest forms of electricity on Earth. Yet the industry still behaves as if it can’t survive without government support.

Since President Donald Trump signed the “One Big Beautiful Bill” last July 4, the solar industry has sounded alarms. 

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The law ended the residential solar tax credit immediately and set a firm deadline—this coming July 4—for commercial and utility-scale developers to begin construction if they want to qualify for the remaining 30% Investment Tax Credit. Industry groups have warned of collapse. Lobbyists have flooded Capitol Hill. Obituaries for America’s solar industry are already being drafted.

They’re premature.

The solar industry doesn’t have a subsidy problem. It has a confidence problem. July 4 isn’t a deadline to fear but a milestone that signals American solar is ready to compete without training wheels.

The numbers tell the story. According to the International Renewable Energy Agency, the cost of utility-scale solar has fallen roughly 90% since 2010—from about 46 cents per kilowatt-hour to roughly 4.3 cents today. Solar is now one of the cheapest sources of new electricity generation in the world, trailing only onshore wind. Over the past decade the industry has grown at an average annual rate of about 28%.

The U.S. now has roughly 262 gigawatts of installed solar capacity—enough to power about 45 million homes, according to the Solar Energy Industries Association.

Demand for electricity is also rising quickly. Data centers, the reshoring of manufacturing, and electrification across the economy are creating the largest sustained expansion of American power demand in a generation. Solar is one of the fastest and least expensive ways to meet much of that need, and that advantage doesn’t disappear on July 5.

>>>READ: How Renewables and Batteries Saved the Texas Grid in 2025

All of this means solar is no longer a fragile startup industry. It is one of the most remarkable energy scale-ups in modern American history. The industry simply hasn’t fully accepted that reality.

Solar companies continue to push for the return of tax credits largely because those credits once worked. Two decades ago solar panels were expensive, financing was scarce, and the economics of large projects were uncertain. The Investment Tax Credit gave developers the margin they needed to take risks markets weren’t yet ready to support.

Much like early government incentives helped launch industries ranging from advanced nuclear to biotechnology and aerospace, targeted support helped get American solar off the ground. It bridged the gap between promising technology and a self-sustaining market.

But subsidies are supposed to phase out when industries mature. Solar’s tax credit regime never quite got that memo.

Instead of fading as solar became cost-competitive, the subsidies persisted—and their structure began quietly working against the industry they were meant to help. Because the credit was calculated as a percentage of total project cost, developers were rewarded for how much they spent rather than how efficiently they produced electricity.

>>>READ: What CERAWeek 2026 Says About Energy’s Next Chapter

Analysis by Resources for the Future suggests investment-based credits such as the ITC can steer projects toward higher capital spending rather than operational efficiency, raising total system costs.

Recent bankruptcies tell part of that story. In 2024 SunPower filed for bankruptcy despite billions in federal subsidies flowing through the industry. Dozens of other companies failed in 2024 and 2025. Subsidies didn’t save them; in many cases they simply prolonged flawed business models.

There has also been a geopolitical cost. Much of the global decline in solar prices has been driven by China’s manufacturing dominance. Today China controls more than 80% of global solar panel production and most key upstream supply chains, according to the International Energy Agency report on Solar PV Supply Chains.

The Investment Tax Credit accelerated America’s dependence on that system. By rewarding rapid deployment, it encouraged developers to buy panels from whichever suppliers could ship fastest and cheapest—often Chinese manufacturers.

The result has been two decades of building American energy infrastructure with components largely produced by a strategic competitor.

The new law attempts to correct that imbalance by tightening limits on components from Chinese-controlled supply chains. Critics argue that ending subsidies while restricting Chinese inputs will devastate the industry. In reality, it may provide a long overdue stress test.

Costs may rise temporarily as supply chains shift and domestic manufacturing scales up. But the long-term result could be a solar sector driven by innovation and competition rather than subsidy optimization.

After decades of public support, policymakers aren’t sending the solar industry to its funeral.

They’re celebrating its graduation.

The Supreme Court could limit Americans’ ability to sue pesticide makers over alleged health harms from their products in a case that saw oral arguments on Monday.

At issue is whether people can sue pesticide-makers such as Monsanto for failing to warn consumers of alleged health harms stemming from their products.

The company asked the court to consider the issue, appealing a Missouri verdict that awarded a man named John Durnell $1.25 million as a result of his failure-to-warn claim over Monsanto’s Roundup weed killer.

Read more in The Hill here.

The Trump administration announced two more payouts Monday for energy companies to walk away from U.S. offshore wind projects under development.

Bluepoint Wind and Golden State Wind have agreed to end their offshore wind leases in exchange for reimbursements totaling nearly $900 million. Both companies have decided not to pursue any new offshore wind projects in the United States, the Interior Department announced Monday. 

Bluepoint Wind is an offshore wind project in the early stages of development off the coasts of New Jersey and New York, while Golden State Wind is a floating offshore wind project proposed off California’s central coast.

Read more in AP News here.

Scientists have been shooting particles into clouds since the 1940s, praying it will bring more rain and snow.

While researchers agree that “cloud seeding” can work in a laboratory setting, many have doubted how much precipitation it can generate in the real world. But that hasn’t stopped Western states from blasting silver iodide into the sky for decades, hoping it will relieve harsh droughts.

Now, start-up company Rainmaker said it has proved its cloud-seeding drones produced 142 million gallons of water in the form of snow. Some scientists said it’s too soon to know if the results are legitimate, as the data has yet to be peer reviewed, and even then it is a small amount of water in the face of the West’s intense drought. But if confirmed it could be a breakthrough, making it the first commercial cloud-seeding operation to prove it made precipitation.

Read more in the Washington Post here.

As members or affiliates of right-of-center organizations, we stand for public policy that upholds competitive markets and limited, effective government. Transmission should be for the benefit of the consumer, not solely for any energy generation source or transmission developer or provider. Our current electric transmission system is the result of decades of poorly designed regulations and political fights over competing energy resources. A consumer-centered approach that would optimize the buildout of new transmission lines and allow competition from non-wire alternatives such as local or on-site generation of all stripes, storage, demand response, grid-enhancing technologies, and microgrids should be adopted. All transmission buildouts should deliver reliable power that meets our nation’s growing needs at the lowest possible cost to end users. The benefits in terms of affordability and reliability of transmission investments must outweigh the costs, and those benefits should not include social, environmental, or other superfluous public policy objectives.  

The following principles apply to electric transmission policy, which requires extensive reform to unleash American energy supplies to improve affordability and enhance reliability. Transmission empowers competitive markets by enabling broad trade between power plants and consumers. Today’s policies are not well-suited to replace aging transmission infrastructure cost-effectively or leverage innovative grid technologies, let alone to expand the transmission system to meet rising electric demand growth and accommodate turnover in the generation fleet. 

Transmission is one of the most inefficiently regulated forms of infrastructure in the United States. Regulatory flaws reward inefficient projects, underdevelop efficient projects, and underutilize existing infrastructure. This has caused escalating transmission costs to consumers, while the gap between transmission need and infrastructure capacity widens. 

We have derived five main principles to guide center-right transmission policy toward an abundant energy future. They are:  

  1. Prioritize expansion and upgrades of the existing transmission system. The quickest and least-cost methods of expanding the transmission system are often upgrades to existing infrastructure. However, the cost-of-service regulatory model discourages transmission owners from pursuing upgrades voluntarily or solutions beyond in-kind replacements. Cost-of-service regulation should better align incentives that do not favor any energy source over another and ensure “good utility practices” when it comes to the adoption of advanced transmission technologies and more efficient management of seams between regional transmission systems.  
  2. Remove barriers to greenfield transmission under the merchant transmission model. This model is economically advantageous given its use of voluntary planning and cost allocation. However, it faces high regulatory barriers, where it is routinely usurped by mandatory planning processes or deemed ineligible for compensation to provide key grid services. 
  3. Refine mandatory transmission planning and cost allocation practices, where necessary, to follow economic principles. The majority of greenfield transmission expansion will inevitably occur under mandatory planning and cost allocation processes run by utilities or regional transmission organizations (RTOs). The most economical manner to plan such projects is through robust cost-benefit and scenario analyses, planning horizons appropriate for long-lived infrastructure, allocating costs based on the beneficiary pays principle, and putting transmission needs or solutions out for competitive bid. Developers should have a reasonable expectation that beneficial transmission lines can be deployed.  This should include ensuring that developers have a credible means of proposing lines and that regulators will evaluate them based on neutral criteria; and that if selected, costs will be borne only by those who benefit, and only to the degree they benefit. 
  4. Streamline transmission permitting and siting. Priority improvements should be made at the state and local levels while protecting private property rights. These include tying permitting decisions to evidence of demonstrable harm (not speculation), improving information on project costs and benefits (including out of state), maintaining fairness across business models, and instituting appeals processes to vindicate the liberty of parties seeking redress on restrictive permitting and siting decisions. Any national changes to interstate transmission siting should only use federal backstop authority as a last resort. 
  5. Improve transmission governance. Greater transmission system transparency and accountability are needed across the country, but especially outside RTOs. Expanding the role of independent institutions, such as an Independent Transmission Monitor, to coordinate, audit, and assess transmission system operations and planning is warranted. Closing the holes in governance frameworks, such as the federal-state gap over local transmission projects, is imperative for cost containment. 

A well-functioning transmission system is critical to providing electricity to households and businesses across the country. Yet, upgrading existing infrastructure, voluntary transmission expansion, and permitting new lines is notably difficult. By instilling market discipline and enhancing transparency, policy reforms should enable the private sector to ensure grid reliability at the lowest possible cost.

Devin HartmanDirector of Energy and Environment Policy, R Street Institute

Nick LorisPresident, C3 Solutions

Faith BurnsEnergy Policy Fellow, Americans for Prosperity 

Josh T. SmithSenior Fellow for Abundance and Environment and Natural Resources at the Pacific Legal Foundation 

Taylor Barkley, Director of Federal Government Affairs, the Abundance Institute 

Isiah MenningExternal Affairs Director, the American Conservation Coalition 

Samuel OverlyState Policy Manager, Conservative Energy Network

A research arm of the Chinese government said it had published an atlas of deep-sea mineral deposits, highlighting Beijing’s ambitions to mine the ocean floor and underscoring its disputed claims to waters that neighboring nations consider theirs.

Experts say the maps, in addition to pinpointing mineral deposits found in the deep ocean, give China’s military a thorough understanding of the seafloor in strategically important waters, providing an advantage if submarine warfare were to break out.

The announcement this month by the China Geological Survey puts pressure on other countries that have been ramping up their own seabed mining efforts, in part to reduce their dependence on China for critical minerals and rare earth elements. Ocean sediments are rich in valuable resources including cobalt, nickel, and manganese.

Read more in The New York Times here.

The International Energy Agency (IEA) earlier this year reported that its analysis of recent data on geothermal power showed financing for the sector reached nearly $2.2 billion last year. The investment represents an 80% increase from the prior year, and IEA said it shows exponential growth from just $22 million of investment in 2018.

Industry analysts have said geothermal likely will continue to grow, in large part due to increased demand for energy worldwide, and drilling technology advancements supported by the oil and gas industry. The IEA recently said next-generation geothermal could meet up to 15% of worldwide demand for electricity by mid-century.

XGS Energy, with offices in Palo Alto, California, and Houston, Texas, is a geothermal energy company with a closed-loop system. The company said its “smallest modular unit is a single well, pipe-in-pipe heat exchanger, in which working fluid, typically water, is circulated inside a steel casing, warms up, and then is returned to the surface through an inner insulated tube.” The liquid can be used repeatedly to transfer heat to an above-ground power plant.

Read more in Power Magazine here.

The Trump administration announced on Friday it was issuing a 90-day extension to the Jones Act waiver, which requires shipping between U.S. ports to be conducted by American ships, in an effort to lower fuel prices. 

“New data compiled since the initial waiver was issued revealed that significantly more supply was able to reach U.S. ports faster,” White House assistant press secretary Taylor Rogers said in a post on social platform X. 

The move comes as fuel prices have spiked amid the Iran war and the closure of the Strait of Hormuz, which normally sees roughly 20 percent of the world’s oil passing through it. 

Read more in The Hill here.

This piece was initially published for The National Interest.

America needs faster, smarter permitting reform to build the energy infrastructure required for growth, reliability, and national security. 

The United States is the most energy-rich nation on earth. We have motivated capital, human ingenuity, a wide range of resources, and innovative technologies. With unprecedented energy demand needed in the next few years, the United States needs more power generation, more pipelines, and transmission lines. 

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Yet, we have a broken permitting system that makes it increasingly difficult to build all types of energy infrastructure. A solar farm canceled by litigation over desert tortoises, even after extensive mitigation efforts were made. A $100 billion semiconductor fab held up by six plaintiffs. An $8 billion natural gas pipeline abandoned after seven years of legal battles, even after winning at the Supreme Court. A light rail line seven years behind schedule and $4 billion over budget because two plaintiffs claimed a special bond with a shrimp-like creature that doesn’t even live near their homes.

The permitting system has devolved into a weapon for a small number of litigious activists to kill or delay projects that communities want, regulators have approved, and the economy needs. For reform to provide more certainty for energy development and establish more efficient processes, Congress needs to offer a statute-by-statute fix that comprehensively addresses the challenges projects face. In a new paper at C3 Solutions, we outline the fixes necessary for substantive permitting reform and legislative proposals that should provide the foundation for negotiations. 

Addressing the Procedural Statutes: NEPA, NHPA, and ESA 

One of the overarching problems with several of America’s major environmental statutes is that they are procedural. Whereas certain environmental laws set strict standards for air and water quality, the procedural laws have created open-ended timelines for evaluation, consultation, and, most problematic, litigation. These include: 

The National Environmental Policy Act (NEPA). When Congress passed NEPA in 1970, the idea was straightforward: before the federal government approves a major project, it should assess the environmental impacts and tell the public. What NEPA has become is something else entirely. Environmental impact statements now routinely run thousands of pages and take a decade to complete. Courts have interpreted the law so broadly that agencies must analyze speculative upstream and downstream effects that have nothing to do with the project itself. Critically, the Supreme Court narrowed the scope of NEPA through Seven County Infrastructure Coalition v. Eagle County. Even so, more reform is necessary. Currently, anyone can sue at any time, years after a project is approved, with no requirement that they ever participated in the process or that they live anywhere near it. 

The Standardizing Permitting and Expediting Economic Development (SPEED) Act would address many of these issues by eliminating redundant NEPA reviews when another federal or state process already covers the same ground. It would narrow the scope of review to effects that are caused by the project. It would require litigants to have participated in the process before they can sue and cut the statute of limitations from six years to 150 days. Critically, it would prevent courts from vacating project approvals over paperwork errors that didn’t change the outcome, ending the practice of litigation-by-technicality that has derailed project after project. 

>>>READ: How The SPEED Act Charts a Path Forward for Permitting

The National Historic Preservation Act (NHPA). NHPA’s Section 106 process has stretched far beyond its original intent. What began as a requirement that federal agencies consider impacts on historic properties has evolved into a years-long procedural gauntlet, often running parallel to NEPA and frequently used as a second legal front to challenge projects already approved under other statutes. Section 106 consultations have no defined endpoint. They can extend indefinitely, and the mitigation agreements they produce can be disconnected from genuine preservation.  For instance, a wind developer was required to fund a fitness path to meet its mitigation requirement. Tribal consultation, which serves a vital and legitimate purpose, suffers when the process has no structure, because agencies engage late, superficially, and without accountability.

Reform should establish clear timelines, define the scope of effects to those that are direct and causally related to the project, and encourage early and meaningful tribal engagement rather than last-minute surprises. Fixes would also allow categorical exclusions for routine, low-impact projects so that agency resources are focused where they matter.

The Endangered Species Act (ESA). The reasons to modernize the ESA have long been known and well-established. At its core, the law creates perverse incentives for private landowners. If you have habitat for a listed species on your land, you’re better off destroying it before the government finds out, because listing triggers restrictions that can make land unusable. For instance, studies of red-cockaded woodpecker habitat found that landowners logged timber early, near the birds’ colonies, specifically to prevent nesting and avoid ESA restrictions. The law punished good habitat stewardship and rewarded preemptive destruction.

>>>READ: Stop Spending Billions on Courtroom Battles and Start Saving Species

Creating a system of positive incentives among landowners and species protectors can protect habitats and enable recovery while not paralyzing projects for years in litigation. Reforms, such as those included in the ESA Amendments Act and the ESA Flexibility Act, would prioritize species recovery and state involvement, streamline the consultation process, provide more transparency, and limit litigation to provide more regulatory certainty.

Addressing a Weaponized Clean Water Act 

The Clean Water Act was designed to protect water quality. Section 401, which lets states certify that federally permitted projects meet water quality standards, was a reasonable federalism provision. It empowers states to have a say over their own waterways. In practice, it has become a tool for states to block projects they oppose for reasons unrelated to protecting water.

States have used Section 401 to raise objections about climate change, noise pollution, and general opposition to fossil fuels, far outside any reasonable interpretation of water quality. The result is that projects with valid federal permits get stuck in limbo indefinitely, with no clear timeline and no defined scope for what states can demand. 

The Promoting Efficient Review for Modern Infrastructure Today (PERMIT) Act reins this in. States would still have full authority to protect water quality, but they would not be able to use a water quality certification as a back-door veto for unrelated policy grievances. The bill also prohibits the EPA from issuing retroactive vetoes, which will help provide project certainty after an agency has granted a permit. Importantly, the PERMIT Act would establish clearer timelines and enhance coordination by reducing federal and state overlap in permit applications and agency decision-making. The bill would also extend the duration of certain nationwide permits (for example, those under Section 404) from five to ten years, thereby reducing renewal risk and supporting more stable infrastructure planning.

Modernizing the Clean Air Act for a 21st Century Economy

America’s air quality improvement is genuinely impressive. Between 1970 and 2020, the six major air pollutants fell 78 percent while the economy more than tripled. However, the statute’s regulatory architecture remains rooted in a 1970s framework that does not align well with today’s energy system, economic realities, or technological capabilities. Modernizing the Clean Air Act (CAA) should not mean weakening its objectives but rather updating its tools to achieve cleaner air more efficiently, with greater flexibility, and at lower cost to consumers and the broader economy. 

Several proposals introduced in the House would provide more regulatory efficiency and flexibility. One notable bill is the Clean Air and Economic Advancement Reform (CLEAR) Act, which grants states and the EPA more flexibility when the agency sets or revises National Ambient Air Quality Standards (NAAQS). The bill would allow the EPA to consider technological feasibility and economic achievability. This marks a shift from the current framework, which the Supreme Court has deemed cannot include cost considerations. It also provides states additional time to develop and implement State Implementation Plans and meet attainment deadlines, especially in areas with persistent nonattainment. The bill would also extend the NAAQS review cycle from every five years to every 10 years, reducing regulatory churn and giving states and regulated entities a more stable planning horizon.

Another prudent reform is the New Source Review Permitting Improvement Act, which clarifies that routine upgrades or operational changes at existing facilities that do not increase emissions do not trigger New Source Review permitting, and removes ambiguity around what counts as a “modification” under the CAA. The bill would ensure that efficiency improvements or emissions-reducing upgrades are not delayed or discouraged by permitting requirements, helping modernize facilities, boost production, and lower emissions. 

>>>READ: End the Penalty on Prescribed Burns

Transmission Reform to Remove Bottlenecks and Improve Reliability

Transmission policy should start with a clear economic goal set by the Federal Energy Regulatory Commission (FERC): provide reliable power at the lowest possible cost to consumers. Policymakers and FERC should ensure accountability and transparency so that consumers get value for the infrastructure they fund through their electricity bills. Upgrading existing infrastructure and building new lines can help relieve transmission bottlenecks, reduce interconnection delays, lower costs, and improve grid reliability.  

Transmission infrastructure will benefit from permitting fixes that make the process more efficient, transparent, and less litigious for all energy projects. Reforms in the SPEED Act, the PERMIT Act, the ESA Amendments Act, and the NHPA will benefit all energy developers. 

Furthermore, more efficient interregional planning and transfer capability can lower costs, relieve congestion, and strengthen reliability. Ensuring that states have a leading role in transmission siting with a strengthened federal backstop authority at FERC can further encourage state cooperation.

Congress should also prohibit transmission owners from independently planning projects above 100 kilovolts (kV). Under the current system, utilities can build “local” transmission projects without regional scrutiny, even if these projects are more expensive and less efficient. Transmission planning for anything with regional impact, generally 100 kV and above, should be done through independent, regional processes, not by monopoly utility self-interest. That will ensure that what gets built delivers reliability and the least cost to consumers.

Lastly, Congress should hold FERC accountable for analyzing how to lower the total cost of reliable electricity for consumers. Proper FERC oversight of utility-initiated projects, which typically receive unconditional formula rates, would reduce excess transmission costs. FERC should ensure utilities follow “good utility practice” in the use of advanced transmission technologies and reduce barriers to voluntary transmission expansion, such as merchant high-voltage direct current lines.

Let’s Make a Deal on Permitting Reform

Many of the core protections of America’s major environmental statutes are worth preserving. But decades of regulatory expansion and judicial overreach are stunting innovation, economic growth, and most importantly, harming American energy consumers. Reform isn’t about choosing between economic growth and environmental protection. It’s about building a system that delivers both. The window is open for reform. Congress and the Trump administration should walk through it.

Affordability has quickly overtaken climate change as the primary focus of energy policy. One reason may be that the climate policies adopted over the past decade are finally starting to bind, imposing added costs at a time of rising electricity demand and, in some parts of the country, higher power bills.

The economy or the climate? Why not both?

Subscribe for ideas that support the environment and the people. 

The problem is that the debate over affordability has become highly politicized, with each side eager to assign blame. A prime example is the discourse around low-emissions energy technologies such as renewable generation and electric vehicles. Republicans often talk as if these technologies are nothing more than expensive ideological projects. Democrats often talk as if cleaner energy comes with few tradeoffs or costs. Neither side is being entirely candid.

In reality, low-emissions technologies may offer real advantages, but they also have limits. Renewables have very low marginal costs, but they are intermittent and require additional grid resources to manage that intermittency. EVs have improved dramatically, but high upfront costs and charging remain real concerns for many consumers. Over time, these technologies may succeed on their merits. But policymakers should let markets lead and be honest about both the benefits and the drawbacks.

That is one reason federal support for early-stage energy innovation may be an effective policy tool. Well-targeted subsidies for energy innovation, especially for low-emissions technologies, could help put downward pressure on both energy costs and emissions. Given those potential benefits, it is worth assessing how effective government R&D spending actually is.

>>>READ: Energy Price Honesty

My new paper examines the effects of government innovation policy by looking at the relationship between public spending and innovation across OECD countries over the past couple of decades. It finds that public investment in clean-energy R&D is associated with greater innovation in clean-energy technologies, as measured by patent applications.

This does not mean every dollar of federal support is well spent, or that every favored technology will prove commercially viable. The effectiveness of energy innovation policy depends in part on keeping it narrowly focused and insulated from politics. Still, the evidence suggests that public support for R&D can help generate new ideas and improvements in technologies that could eventually contribute to lower costs, lower emissions, or both.

The paper does not find a similarly clear relationship between clean-energy R&D and emissions outcomes. But that is not especially surprising. Emissions are much harder to link directly to research investment than innovation is, and any effects may take years to materialize.

>>>READ: DOE’s Grant Terminations and the Role of the Government in Energy R&D

The key takeaway is straightforward: public support for clean energy innovation appears to be effective at inducing more innovation. To the extent those innovations help make our broader energy systems cheaper, cleaner, or more reliable, they could provide benefits for both affordability and emissions. That is a more constructive path than treating all clean technologies as either economic threats or costless solutions.

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