A recent study has demonstrated a new record efficiency of 26.1% for perovskite solar cells, surpassing previous benchmarks for this emerging technology.

NJIT researchers utilized a dual-AI system to discover five novel porous materials, poised to revolutionize multivalent-ion batteries as a sustainable alternative to lithium-ion technology.

UC Riverside researchers developed a new 3D imaging method to analyze how light and heat generate electricity in advanced nanomaterials.

UbiQD has signed an exclusive, multi-year supply agreement with First Solar to integrate its quantum dot technology into thin-film solar panels.

A novel catalytic cycle utilizing an inverse Al2O3/Cu catalyst efficiently separates and stores pure hydrogen from highly impure crude feeds, including industrial tail gases.

Huasun Energy showcased its advanced heterojunction (HJT) solar technology at the 2025 Brazil Energy Summit, emphasizing its high efficiency and durability for large-scale applications.

Nanofilm Technologies International will fully acquire Temasek's 35% stake in their hydrogen energy joint venture, Sydrogen Pte. Ltd., for $15 million.

Recent research has demonstrated significant advancements in dielectric ceramics, crucial for high-performance energy storage capacitors.