While the upcoming midterm elections will determine the partisan balance of the next Congress, lawmakers may advance the most consequential energy legislation of the coming year before the new session even begins. The Bipartisan American Affordability and Jobs Act of 2026, known as BAAJA, aims to overhaul rules governing everything from ocean-powered turbines to geothermal royalties, with the core objective of streamlining energy infrastructure development across the United States.
The bill has created unusual political alignments, uniting fossil fuel companies and renewable energy developers in support while sharply dividing the environmental movement. Proponents argue that the reforms will accelerate clean energy growth and lower utility bills, whereas critics contend that rolling back environmental protections will lock in carbon emissions and fuel expansion.
Achieving a carbon-free electric grid requires vast amounts of new infrastructure. Low-carbon sources currently supply about 43 percent of American electricity, meaning that zeroing out power sector emissions will demand a massive expansion of wind, solar, battery storage, and geothermal or nuclear projects. Demand is also accelerating rapidly due to broader economic trends toward electrification and onshoring manufacturing, rather than data centers alone. A study by the National Renewable Energy Laboratory estimated that reaching a carbon-free grid by 2035 would require roughly 2,000 gigawatts of wind and solar capacity, compared to about 396 gigawatts today.
The spatial requirements are equally staggering. Princeton University’s 2021 Net Zero America project estimated that a high-electrification scenario would require wind and solar developments spanning nearly 600,000 square kilometers, roughly the combined size of California and Washington state. Meeting these goals also demands thousands of miles of new high-voltage transmission lines. While fossil fuel plants can be placed near urban centers or existing pipelines, wind and solar farms require specific weather conditions and large tracts of land, often far from major population centers.
Current regulatory hurdles severely impede this needed expansion. The National Environmental Policy Act requires federal agencies to study ecological consequences before authorizing construction. Although initially intended to ensure thorough ecological review rather than block projects, litigators have successfully utilized the law to challenge federal approvals. Environmental impact statements have ballooned from roughly 10 pages in the early 1970s to an average of 661 pages by the 2010s. A 2023 Stanford study of 355 major infrastructure developments found that 28 percent of projects requiring an environmental impact statement faced litigation, with median lawsuits taking 19 months to resolve.
Interstate transmission lines face further obstacles, requiring approval from authorities in every state they cross. While the federal government claims authority to site interstate natural gas pipelines over state objections, Washington lacks comparable powers for electricity transmission. The BAAJA attempts to address these bottlenecks by empowering the Federal Energy Regulatory Commission to overrule states that obstruct transmission projects and by establishing standardized methods for allocating project costs across jurisdictions.
The legislation also places limits on environmental litigation. Plaintiffs would have 150 days to file lawsuits over review flaws instead of six years, would need to demonstrate direct harm, and would be barred from freezing projects solely due to inadequate environmental impact statements while agencies correct deficiencies.
While some climate advocates argue that the bill provides excessive concessions to fossil fuel interests, energy experts note that land-intensive renewables often bear the brunt of National Environmental Policy Act delays because prime sites are frequently located on federal land in the western United States. Daniel Palken of Arnold Ventures pointed out that wind and solar projects frequently cluster in the gaps between federal lands to avoid the cumbersome review process.
Proponents point to Texas as an example of how a permissive regulatory environment can foster renewable growth. Lacking federal lands or a state-level environmental review process, Texas saw wind and solar jump from under 1 percent of its grid power in 2003 to nearly 38 percent by 2025, even as its overall emissions rose due to rapid population and industrial growth.
Despite potential benefits, analysts have highlighted a significant flaw in the current draft regarding project certainty provisions. Designed to prevent the capricious cancellation of renewable permits, the language is broad enough that courts might rule future clean air regulations unlawful if they interfere with permitted gas plants. Legal experts emphasize that a narrow technical fix is necessary to ensure the provision targets rescissions rather than future regulatory rulemaking.
Proponents argue that once these technical adjustments are resolved, cutting regulatory red tape will save U.S. households more than $1.1 billion annually on electric bills while advancing both grid decarbonization and consumer affordability.
