Hydrogen-powered cars, power stations and portable chargers all rely on fuel cells. At the heart of each fuel cell is a ...

Researchers from Kanazawa University, the University of Tokyo and HORIBA, Ltd. have shown that the initial state of ...

America’s fast-growing network of data centers is creating a new challenge for the electricity system. These huge facilities ...

Artificial intelligence and cloud computing depend on enormous data centers filled with powerful computer chips. As more of these facilities are built, their appetite for electricity is becoming large ...

A team of Chinese scientists has developed a novel proton-exchange membrane (PEM) fuel cell ...

Hydrogen fuel cells could power cars, devices, and homes with nothing but water as a byproduct—but platinum’s cost holds them back. Chinese researchers have now unveiled a breakthrough iron-based ...

Analyst sees another catalyst for BE stock as entry into S&P 500 looms. In 2026, Bloom Energy earnings are poised to more ...

A simplified schematic depicting the formation mechanism of NiPt nanocatalysts with a dome-shaped hollow polycrystalline structure incorporating a Ni3Pt5 intermetallic phase. The process is driven by ...

The catalyst layer within a proton exchange membrane fuel cell (PEMFC) is central to its electrochemical performance, durability and cost. This layer comprises platinum or non-precious metal ...

(Left) Schematic illustration of the formation of a Pt–Co–Mn ternary intermetallic structure, where oxygen vacancies generated at the MnO interface drive atomic ordering within the catalyst. (Top ...

Yet the technology remains too expensive for mass adoption, largely because of platinum. A few grams of this precious metal, dispersed as nanoparticlesacross a catalyst layer thinner than a human hair ...