Solar hydrogen reaching maturity
Rongé, Jan Bosserez, Tom Huguenin, Louis Dumortier, Mikael Haussener, Sophia Martens, Johan A.
Solar hydrogen reaching maturity - sept./oct. 2015 - 13 p. ; 863-876
Transcripción del resumen del autor: Increasingly vast research efforts are devoted to the development of materials and processes for solar hydrogen production by light-driven dissociation of water into oxygen and hydrogen. Storage of solar energy in chemical bonds resolves the issues associated with the intermittent nature of sunlight, by decoupling energy generation and consumption. This paper investigates recent advances and prospects in solar hydrogen processes that are reaching market readiness. Future energy scenarios involving solar hydrogen are proposed and a case is made for systems producing hydrogen from water vapor present in air, supported by advanced modeling.
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Solar hydrogen reaching maturity - sept./oct. 2015 - 13 p. ; 863-876
Transcripción del resumen del autor: Increasingly vast research efforts are devoted to the development of materials and processes for solar hydrogen production by light-driven dissociation of water into oxygen and hydrogen. Storage of solar energy in chemical bonds resolves the issues associated with the intermittent nature of sunlight, by decoupling energy generation and consumption. This paper investigates recent advances and prospects in solar hydrogen processes that are reaching market readiness. Future energy scenarios involving solar hydrogen are proposed and a case is made for systems producing hydrogen from water vapor present in air, supported by advanced modeling.
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