As silicon-based chips inch closer to their physical limits, Chinese scientists unveiled a new technique to mass-produce large, high-quality two-dimensional
US Scientists made a significant advance in grid-scale energy storage, uncovering chemical mechanisms that could strengthen the reliability, affordability, and
Rare earth elements are no longer obscure materials used only in laboratories. They have become central to global politics, economic
The UK has awarded 20.9 MW to four tidal stream projects in its largest-ever renewables round, with Inyanga Marine Energy Group securing an additional 10 MW for its HydroWing Ynni’r Lleuad Project at Morlais. By 2030, the 30 MW development will become the world’s largest tidal energy installation, delivering predictable clean power to the Welsh grid.
Scientists developed a new liquid solar battery that can capture sunlight, store it for long periods, and release it as
An aerospace engineer transformed a simple swinging pendulum into a tiny power generator capable of producing up to 80 volts,
Researchers at South Dakota School of Mines & Technology developed an innovative method to extract rare earth elements (REEs) from
Scientists at the University of Sydney developed a breakthrough method that uses sunlight and liquid metals to produce clean hydrogen
Tokyo Electric Power Company (TEPCO) restarted the No.6 reactor at the Kashiwazaki-Kariwa nuclear power plant in Niigata Prefecture after resolving
EVE Energy has commissioned the world’s first 628Ah ultra-large battery storage station—a 400MWh facility proving grid-scale viability—while securing a 10GWh order from Guowang Technology. The milestone confirms large-format cells can deliver on cost and reliability, shifting the industry from pilot projects to industrial deployment.
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