Titlebook: Hydrogen as an Energy Carrier; Technologies, System Carl-Jochen Winter,Joachim Nitsch Book 1988 Springer-Verlag Berlin Heidelberg 1988 Pote

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Hydrogen as an Energy Carrier — A GuideThis book deals with energy, and specifically with the energy carrier hydrogen. It is not a book about hydrogen chemistry. The chemical-physical specifications and characteristics of hydrogen are fundamental to the discussion, but they are taken for granted and are not really its subject.

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Safety Aspects of Hydrogen as Energy Carrier and Energy StorageHydrogen is a basic feedstock of chemical technology. For decades it has been used safely on a large scale by the chemical industry where its manufacture, storage, transport and use are essentially routine.

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Photovoltaic Power GenerationPhotovoltaic energy conversion is based on two physical mechanisms which occur during the interaction of optical-range radiation with semiconducting solids:

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Thermal and Mechanical Energy ProductionThe conversion of radiation energy into heat is currently the best known and most extensively developed method of using solar energy. The key parameters in solar plant design are temperature level and proportion of usable energy, which are determined to a great extent by the absorber surface characteristics and the radiation concentration.

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https://doi.org/10.1007/978-3-642-61561-0Potential; Technologie; design; development; electricity; energy; hydrogen; physics; production; technology; t

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Energy Supply Structures and the Role of Gaseous Energy CarriersC, as power for stationary and mobile engines, as well as for lighting and communication. By far the largest proportion (70 to 80%) goes to heating supply (Figs. 1.1 and 1.2). For that, fossil fuels — coal, oil and gas — are used. In industrial countries electricity is also used widely for this purp