The Bloom Energy fuel cell facility near Cheyenne, Wyoming, US, is expected to be fully operational by the end of 2028.

Researchers from Nagoya University in Japan have developed a durable fuel-cell catalyst by wrapping platinum nanoparticles in ...

A 27% cut in construction costs makes a solid sales pitch. But will it get the orders the stock already expects?

Nanocrystalline SrTi1−xFexO3−δ perovskites emerge as cobalt-free, structurally adaptive symmetric electrodes for intermediate ...

Nagoya University reports that its Pt@N-FLG/SWCNT catalyst retains 96.9% of its electrochemical surface area after 30,000 ...

Solid-oxide fuel cells (SOFCs), which convert chemical energy directly into electrical power, are promising energy-conversion ...

Oracle and Yucca Growth Infrastructure (YGI) proposed a more environmentally protective refinement to the design for the ...

Bumhan Fuel Cell Co., Ltd. reports a 10 kW-class cascade SOFC system with 60.8% efficiency under KETEP-supported R&D, marking ...

Bloom Energy built its entire bull case on a backlog anchored by one massive data center project, and now a pipeline delay outside its control is forcing investors to ask whether 2027 and 2028 revenue ...

A new review maps how membrane engineering, noble-free catalysts and alternative alcohol fuels are pushing direct alcohol fuel cells toward commercial reality.

Researchers developed an ultrathin interfacial coating that reduces resistance between electrodes and electrolytes, improving ...

The partnership aims to advance on-site energy deployment through electrical infrastructure and fuel cell technologies.