energy

LEGO’s first U.S. factory in Virginia will feature a 22 MW solar array, rooftop panels, and a carbon-neutral design.

A DARPA-funded project is developing nuclear-powered radiovoltaic batteries for long-duration missions.

The battery achieves over 40 percent efficiency when converting heat back into electricity.

The project leverages NANO Nuclear’s exclusively licensed nuclear fuel transportation basket design.

GE Vernova says the project will play “a meaningful role in decarbonizing the energy sector”, as it will unlock key ammonia advantages.

Hydrogen fuel cells solve the two biggest flaws of battery drones: excessive weight and short flight times.

US resumes uranium purification with electrorefining, marking first new capability at Y-12 in decades

The anodes retain high capacity even after thousands of charge cycles.

New cathode design helps sodium-ion batteries resist air damage and improve long-term performance

Unlike traditional nuclear facilities focused on electricity generation, the Groves Isotopes Test Reactor is intended to produce vital radioisotopes.

The battery can only hold a billion electron-volts and that too for a a few nanoseconds.

EPFL and CSEM push perovskite-silicon triple-junction solar cells to 30.02% efficiency, beating the 27.1% record.

The USD 266 million project could support up to 8,000 jobs.

The 0four units of nuclear reactor planned at the site are expected to be completed by 2034.

The Sunrise system will use advanced AI simulations to model plasma behavior and test fusion reactor designs before real-world experiments.

Revolution Wind (700-MW) became the nation’s third project to begin supplying power.

Nvidia launches Vera CPU and Rubin platform to scale agentic AI and power massive AI factory infrastructure.

The battery pack maintained more than 100 kW charging power, reaching 50% charge in about five minutes.

DOE’s UPRISE program aims to add 5 GW of nuclear capacity by 2029 and support a 400 GW national goal by 2050.