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The U.S. Dept. of Energy’s Office of Nuclear Energy has spelled out several areas that present challenges to domestic and global development of nuclear power. Chief among those issues is building a process that enables fuel development on a repeatable, industrial scale, so that projects can move beyond the demonstration phase to commercial operation.

Many utilities have been slow to embrace distributed energy resources (DERs) and, in some cases, have reshaped rate structures and compensation mechanisms to limit their growth. This is not simply resistance to change. It is a rational response to incentive structures that favor building infrastructure over technology advancement and energy optimization and efficiency.

The utilities best positioned to limit outages, liability, and regulatory scrutiny as they mitigate wildfire risk will manage vegetation as an integrated risk intelligence system, directly connected to their network model, enterprise data strategy, and field execution platforms.

Fusion’s first challenge is scientific: can we make it work at scale? Its second, far tougher test is economic: can we make it cheap enough to matter? Global private investment has passed $10 billion, governments are launching new programs, and regulators are beginning to streamline pathways for advanced fusion machines.​ But one question will determine whether […]

Lucy Darago, chief commercial officer with XGS Energy, shares her insight about the advancements in geothermal, including how new systems are being supported by technology from oil and gas exploration. XGS is utilizing those innovations to enhance its geothermal systems.

Corporate America has become one of the most consequential forces shaping the U.S. electricity system. Speaking as a guest on The POWER Podcast, Rich Powell, CEO of the Corporate Energy Buyers Association (CEBA), explained how the country’s largest energy buyers are responding to unprecedented demand growth, betting on a widening mix of clean technologies, and […]

The Nuclear Regulatory Commission (NRC) has approved a subsequent license renewal (SLR) for Duke Energy’s Robinson Nuclear Plant, clearing the 54-year-old reactor to continue generating electricity in the Pee Dee region through 2050. The decision, announced on Thursday, comes roughly a year after Duke Energy filed its renewal application in April 2025. It extends Robinson’s […]

TerraPower’s Natrium reactor at Kemmerer, Wyoming, reached official construction start on April 23, 2026. Here’s a full timeline from ARDP selection to construction start. TerraPower on April 23, 2026, officially started construction on Kemmerer Unit 1, its flagship Natrium sodium-cooled fast reactor plant in Kemmerer, Wyoming—a milestone that marks the most consequential step yet in […]

The race to bring new power online has intensified with data centers and other large loads pushing electricity demand to levels never seen before. Utilities are signing power purchase agreements, independent power producers (IPPs) are scrambling to interconnect new generation, and distributed power providers are stepping in where the grid cannot move fast enough. Amid the fight for electrons, a source of clean, reliable electricity is being systematically overlooked.

The Air Force’s ANPI program has tapped Radiant, Antares, and Westinghouse to develop first‑of‑a‑kind nuclear microreactors at Buckley, Malmstrom, and Joint Base San Antonio, with initial deployments targeted as early as 2028. The Department of the Air Force (DAF) has named three microreactor vendors—Radiant Industries, Westinghouse Government Services, and Antares Nuclear—to develop and operate contractor-owned […]