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The most abundant element in the universe—hydrogen—has been
attracting less attention than it deserves on the clean energy
stage, with batteries of all sorts stealing the spotlight. This may
be about to change as big energy companies start investing heavily
in hydrogen-based energy storage solutions, at least according to
industry experts that Bloomberg’s Anna Hirtenstein spoke to.
Hydrogen can be used for the storage of energy through hydrolysis,
a process that breaks down water into its constituent elements. The
hydrogen resulting…
attracting less attention than it deserves on the clean energy
stage, with batteries of all sorts stealing the spotlight. This may
be about to change as big energy companies start investing heavily
in hydrogen-based energy storage solutions, at least according to
industry experts that Bloomberg’s Anna Hirtenstein spoke to.
Hydrogen can be used for the storage of energy through hydrolysis,
a process that breaks down water into its constituent elements. The
hydrogen resulting…
The most abundant element in the universe—hydrogen—has been
attracting less attention than it deserves on the clean energy
stage, with batteries of all sorts stealing the spotlight. This may
be about to change as big energy companies start investing heavily
in hydrogen-based energy storage solutions, at least according to
industry experts that Bloomberg’s Anna Hirtenstein spoke to.
Hydrogen can be used for the storage of energy through hydrolysis,
a process that breaks down water into its constituent elements. The
hydrogen resulting…
attracting less attention than it deserves on the clean energy
stage, with batteries of all sorts stealing the spotlight. This may
be about to change as big energy companies start investing heavily
in hydrogen-based energy storage solutions, at least according to
industry experts that Bloomberg’s Anna Hirtenstein spoke to.
Hydrogen can be used for the storage of energy through hydrolysis,
a process that breaks down water into its constituent elements. The
hydrogen resulting…