wind h2 fleet 300kw and 3000 kw
Post on 22-Jan-2018
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H2
Extra
Local distribution
Hydrogen
300 kWe
• A single 300 kWe wind turbine operating at 25% capacity factor through a 44% efficient, 700 bar refueling station could continuously fuel a fleet of 58 FCEVs.
• Zero emissions end-to-end • No CO2 • Sustainable • Can grow incrementally
58
The relationship between wind turbine size and amount of cars supported.
300
First proposed Aug. 1993 to the Hydrogen Technology Advisory Panel to Congress.
H2
Extra
Local distribution
Hydrogen
• A single 3,000 kWe wind turbine operating at 30% capacity factor through a 60% efficient, 700 bar refueling station could continuously fuel a fleet of 944 FCEVs.
• Zero emissions end-to-end • No CO2 • Sustainable • Can grow incrementally
This is equivalent to a 0.9 MW
electrolysis system at 100%
capacity factor. The electricity can
come from any source, but
renewable is preferred. This level
of hydrogen production
technology, packageable for
onsite production at refueling
stations is available at different
levels of readiness and
sophistication. We are currently
involved in an advanced version
of that.
Bottom line: About a MW of
electricity at a refueling station
can enable about 1000 new
FCEVs.
944
The relationship between wind turbine size and amount of cars supported.
3000
3000 kWe
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