energy

The 250 MW Cormorant battery project will store 1,000 MWh and supply California’s grid during peak demand.

The $125 million investment will expand US production of conductive carbons and carbon nanostructures for advanced batteries.

Centrus and Antares signed a multi-year HALEU deal to support compact nuclear reactors for defense and space.

The test took place at a solar-plus-storage facility in Qinghai, China.

This filing also contributes to an expanding regional momentum for this specific reactor technology.

The system operates at room temperature and atmospheric pressure.

Heat pipes serve as the fundamental backbone of NuCube’s reactor design.

The integrated operation handles battery cells, modules, and complete packs.

The 250kW/1.45MWh system marks a major turning point for the nation’s energy transition.

Reusable polymer fibers capture dissolved uranium without toxic mining waste.

Industrial waste heat could become a new power source as $100M backs projects that convert excess heat into electricity.

The Gallman project marks Hitachi Energy’s biggest single U.S. investment, with production slated to begin in 2029.

A new 6MW floating solar array in Ohio uses 12 acres of reservoir water to avoid taking farmland for solar.

A 128MW battery facility in Georgia can store solar power and release it during periods of higher electricity demand.

The US could quadruple its nuclear generating capacity by 2050.

HiTHIUM has unveiled a 4MWh sodium-ion system designed for 30 years, with full-scale production planned for 2027.

Researchers tuned a perovskite solar material specifically to harvest the weaker, narrower spectrum of indoor light.

To support upcoming reactors, X-energy is aggressively securing its domestic supply chain.

Unlike water-cooled traditional reactors, SEALER uses molten lead.

The facility will strengthen domestic supplies of advanced battery materials.