AI cuts solid-oxide cell optimization from 6,561 runs to 17
The Korean team reached comparable optimization performance in 60 hours instead of 22,963.5 computational hours.
Solar, Wind, Kernkraft, Netze, Speicher: der Strom, der alles Übrige antreiben wird.
The Korean team reached comparable optimization performance in 60 hours instead of 22,963.5 computational hours.
The UROCOIC coil ran at up to 30 K, or -405°F, inside a cryogenic chamber.
The team tested four compositions, with 4% magnesium delivering the best conductivity.
Its measurement-while-drilling system has been used commercially at Fervo Energy’s Cape Station.
The 305 MW El Quemado plant anchors a new phase of industrial solar growth in Mendoza.
The capacity is enough to power over 5 million homes for a full day on one charge.
The Nevada test checked whether the reactor’s core behaves as Westinghouse’s models predict.
Soochow University’s machine-learning-guided device reached 14.3 W m −2 and 21.5% power conversion efficiency.
A Tohoku-led team used baker’s yeast to store hydrogen directly in organic molecules.
Curtin University’s model adds water temperature to the standard NOCT method for floating solar.
Coiling the subsurface structures lets them work across a range of frequencies.
- An ultrathin polymer film helps droplets form densely and leave copper tubes quickly.
A model estimates that depleted fields could hold 3,659 terawatt-hours of hydrogen, according to a study in Applied Energy.
- A 200 nm AlAsSb barrier suppressed leakage and improved performance more than tenfold above 150 K.
The Q2 total was India's highest quarterly addition on record.
In the first half of 2026, solar supplied 10% of global electricity.
Jülich’s model finds air could supply both CO₂ and process water in 97% of studied water-stressed regions.
The system completed ascent, station-keeping, generation and controlled recovery at a base in Northwest China.