Yes!
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1: Sounds good but then again is kind of BS. They conveniently don’t go in “details” how You storage the hydrogen. For example Honda Civic NGV. The compressor to charge your Civic cost $5-8000. This compressors brake A LOT. The repair is fkng expensive.
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2: So you need one of those to work kind of all day long to compress (storage) the hydrogen. Then you need a special tank to keep the hydrogen up to 10.000 psi. Usually the hydrogen escapes the tank if it is not a special tank with special liner inside.
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3: The tank that is underground need to be water tested each few years or X-ray if it is composite one. Then you need also need a fuel-cell in order to convert the hydrogen to electricity for the house. All that parts a pretty expensive and prone to breaking.
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All true, but between here and there, cheap hydrogen could be pumped into the mat gas grid, in fact it already is in German trial using off peak wind capacity.
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4: So Tony, yes looks good and probably is good but I don’t see it as solar panel/ battery substitute. However for other industrial purpose I say Bravo! Good job guy!
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Portability and storage of energy solved in one ingenious tech stack. Part chemistry, part physics. Wish them luck in their trials!
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Is it more efficient to store solar energy in hydrogen than batteries?
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