Federal Energy Priorities Reset the Rules for US Permitting

Energy policy in the United States is undergoing a significant shift, with direct implications for how energy infrastructure is permitted, financed, and built. These federal policy changes are redefining which projects move forward and how quickly they can do so. At the same time, surging electricity demand driven by data centers, electrification, and industrial growth is placing unprecedented pressure on existing infrastructure and regulatory processes.

This Insight is the first of four articles based on our 2026 Earth Day webinar series and examines how evolving federal energy priorities are reshaping permitting across sectors, from transmission and natural gas infrastructure to nuclear development.

ENERGY POLICY AT THE INTERSECTION OF COMPETING PRIORITIES

Energy policy continues to sit at the intersection of three core national priorities: economic performance, national security, and environmental outcomes. It drives industrial output, job creation, and pricing dynamics; influences reliance on foreign energy and supply chains; and shapes emissions, land use, and environmental health.

Recent developments reflect a recalibration of how those priorities are balanced. Federal policy has shifted from a primary emphasis on emissions reduction and renewable deployment to a focus on energy independence, reliability, and domestic production, particularly for oil, gas, coal, and nuclear resources.

At the same time, demand dynamics are evolving rapidly. Electricity demand is projected to surge through 2050, with growth accelerating rather than stabilizing. The drivers are structural: the expansion of data centers to support artificial intelligence and digital infrastructure and the electrification of the transportation industry. Electrification has not reduced overall energy demand; instead, it has shifted how that demand must be met.

These pressures are contributing to sustained volatility in energy pricing, with upward trends expected to continue as infrastructure constraints and demand growth converge.

A POLICY SHIFT TOWARD ENERGY INDEPENDENCE AND FASTER PERMITTING

The current policy environment reflects a clear pivot toward energy independence and accelerated project development. This shift is being implemented through multiple tools, including executive orders, legislative proposals, and regulatory actions.

Executive action has been particularly prominent. Early directives have focused on expanding domestic energy production, declaring a national energy emergency, and limiting offshore wind leasing. Taken together, these measures signal a shift in emphasis from energy transition frameworks toward prioritizing “preferred energy projects” and streamlining their approval.

Legislative efforts have been more limited but remain directionally aligned. Proposals include restructuring incentives away from renewable technologies, revising electric vehicle subsidies, and advancing permitting reform through measures such as the SPEED Act and targeted amendments to the Endangered Species Act.

Much of the practical impact, however, is occurring at the administrative level. Agencies are increasingly relying on informal rulemaking tools, including secretarial orders, guidance documents, and policy memoranda, rather than traditional notice-and-comment rulemaking. This approach allows for faster implementation but introduces greater uncertainty, as policies can shift without formal procedural safeguards.

LITIGATION AS A DEFINING FEATURE OF THE PERMITTING LANDSCAPE

Permitting outcomes are increasingly shaped in the courts. Recent litigation highlights both constraints on agency authority and areas of expanded discretion.

A key development is the US Supreme Court’s decision in Seven County Infrastructure Coalition v. Eagle County, which narrowed the scope of environmental review under the National Environmental Policy Act (NEPA). The Court held that agencies are not required to consider many indirect or upstream and downstream impacts and should focus on the specific action under review, affording agencies substantial deference in defining that scope.

At the same time, litigation surrounding offshore wind projects underscores limits on executive action. Courts have enjoined stop-work orders on previously approved projects, finding insufficient evidentiary support for national security justifications and deeming the actions arbitrary and capricious.

More broadly, there is a notable uptick in Administrative Procedure Act litigation that is testing the boundaries of executive authority, informal rulemaking, and agency delay. These challenges are being brought by a wide range of stakeholders, including states, nongovernmental organizations, and developers, and are likely to remain a central feature of the permitting environment.

ELECTRICITY DEMAND AND THE TRANSMISSION CONSTRAINT

Rising electricity demand is colliding with a transmission system that has not kept pace. Much of the US transmission grid was built in the 1960s and 1970s, and development since then has not approached those levels despite fundamental changes in generation and demand.

The generation mix has shifted significantly, with natural gas increasing, coal declining, and renewables expanding rapidly. Interconnection queues are now dominated by renewable and storage projects, reflecting both policy incentives and market demand.

Despite steady increases in transmission investment, current levels fall far short of what is needed. According to federal analysis, transmission capacity must expand by 50% to 100% over the next decade and potentially quadruple by 2050, requiring investment on the order of $760 billion to $1.4 trillion. As such, significant upfront investment will be required to achieve long-term cost savings and system reliability. Without expanded transmission, reliability goals and energy transition objectives are unlikely to be met.

Regulatory efforts are beginning to address these challenges. The Federal Energy Regulatory Commission (FERC) Order 1920 focuses on long-term transmission planning, cost allocation, and reducing siloed decision-making. However, implementation will require coordination across regions and stakeholders, particularly as debates intensify over who pays for new infrastructure.

Natural Gas Infrastructure Sees Accelerated Permitting Timelines

Natural gas is expected to play a central role in meeting near-term electricity demand, particularly as a reliable generation source supporting grid stability. This has renewed focus on pipeline and liquefied natural gas (LNG) infrastructure.

At the federal level, FERC and the US Department of Energy (DOE) share responsibility for permitting. FERC oversees interstate pipeline infrastructure and LNG facilities, while DOE authorizes gas imports and exports, with differing standards depending on whether trade involves free trade agreement partners.

The permitting process has traditionally been lengthy, often taking one to two years or more, largely due to environmental review requirements. However, current policy direction emphasizes a “build now” and “move faster” approach.

FERC has reported that it has reduced permitting timelines significantly, including shortening NEPA review periods and accelerating decision-making without, in its view, compromising analytical quality. This reflects a broader effort to take a hard look at simplifying existing processes.

At the same time, there is a parallel focus on legal durability. Even as timelines compress, agencies are emphasizing that approvals must withstand judicial scrutiny, reflecting lessons from prior litigation.

Specific regulatory actions include temporary waivers of rules that previously delayed construction during rehearing periods and increased cost thresholds for projects eligible for streamlined approval under blanket certificates. DOE has also reversed prior pauses on LNG export approvals and introduced measures to expedite environmental review and extend project timelines where justified.

These changes are influencing market behavior. Applications for interstate pipeline capacity have increased significantly, and permitting is increasingly viewed as less of an obstacle. At the same time, infrastructure developers retain discretion over capital allocation, and supply chain constraints continue to affect project timelines.

NUCLEAR REGULATORY REFORM AND NEW DEPLOYMENT PATHWAYS

Nuclear energy is receiving renewed attention as a potential solution to growing demand and reliability concerns, particularly given its ability to provide consistent, carbon-free baseload power.

Recent legislative and executive actions have focused on modernizing the Nuclear Regulatory Commission (NRC) framework to support new technologies and faster deployment. The ADVANCE Act of 2024 directed the agency to improve the efficiency, timeliness, and predictability of licensing reviews, with most mandated actions now completed.

Executive action has gone further, directing a wholesale reassessment of the NRC’s regulatory framework. This includes a broad set of rulemakings aimed at modernizing licensing, safety oversight, and procedural requirements. A key development is the introduction of a new, technology-inclusive licensing framework under Part 53, which adopts a more performance-based and risk-informed approach. This framework is intended to accommodate a wider range of reactor technologies beyond traditional large light water reactors.

Additional rulemakings focus on microreactors, which could enable new deployment models for large energy users, and on generic environmental impact statements that streamline NEPA review by resolving common issues at a programmatic level.

These regulatory changes are already translating into project activity. Multiple advanced reactor projects are in various stages of licensing, including new construction permits and early site approvals. At the same time, partnerships between large energy users and nuclear developers are emerging, reflecting interest in both new builds and restarting existing facilities.

IMPLICATIONS FOR ENERGY DEVELOPERS AND INVESTORS

Across sectors, the following themes are shaping the current permitting and development environment:

• Permitting timelines are shortening for certain project types, particularly those aligned with current policy priorities, but variability remains high due to litigation risk and evolving agency practices.
• Infrastructure constraints are emerging as a primary bottleneck, particularly in transmission, even where generation capacity exists or is approved.
• Informal rulemaking and policy guidance are playing a larger role, increasing flexibility but also uncertainty.
• Cost allocation and financing questions are becoming central to project viability, especially for large-load users and interregional transmission.
• Regulatory frameworks are being retooled to accommodate new technologies, particularly in nuclear and advanced generation.

LOOKING AHEAD

The US energy landscape is entering a period of rapid change, defined by rising demand, shifting policy priorities, and evolving regulatory tools. While permitting reforms are intended to accelerate development, their durability will continue to be tested in the courts, and infrastructure limitations may ultimately dictate the pace of deployment.

At the same time, the scale of investment required, particularly in transmission, signals a long-term structural transformation rather than a short-term adjustment.

Companies operating across the energy value chain should expect continued policy evolution, increased regulatory experimentation, and sustained litigation activity as these changes take hold.

Learn more about our Earth Day 2026 webinar series >>