energy

The Hualong One nuclear reactor is the world’s most widely deployed single reactor design.

The supercomputer comes with a newly designed central processing unit that acts like a computer brain.

US power tool manufacturer DEWALT has introduced a downward-drilling robot designed to automate one of the most labor-intensive steps in data center construction.

The architecture of the new technology supports high vertical and horizontal scalability.

Chinese battery giant CATL is officially bringing its Naxtra sodium-ion battery technology into passenger cars, marking a major step beyond its initial rollout in commercial vehicles.

EnergyX is prioritizing the fusion sector alongside traditional fission.

The study also suggests that EGS could help reduce the need for wind, solar, and battery storage and operate 24/7.

University of Houston engineers create a diode-like heat flow system to protect electronics and extend battery life.

Particularly, this hazardous waste was converted into “advanced nanoporous carbon electrodes.”

The technique turns waste heat into a functional part of the computing process.

The facility marks the newest expansion of Kyoto Fusioneering’s global “UNITY” network.

Flexible hydrogel batteries mimic electric eels to power wearable electronics, medical devices, and soft robots.

Prodigy Clean Energy’s TNPP microreactor is deployable even in the harsh Arctic climates of Canada’s North.

By coordinating the full nuclear lifecycle, the department aims to bolster national energy security and global market leadership.

The system prevents the emission of thousands of tons of CO2.

Tests showed the supraball coating almost doubled solar absorption compared with conventional gold nanoparticle films.

Researchers have theoretically demonstrated that integrating tiny quantum batteries directly into a system can quadruple its qubit capacity. 

A key barrier is ensuring reactor components are both powerful and maintainable for decades of operation.

This strategy enabled perovskite solar cells to achieve a power conversion efficiency (PCE) of 26.6%.