![]() The most challenging of these solar applications are approaches which incorporate chemical reactions, and which operate at extreme conditions in terms of temperature and radiative flux (temperatures > 1000 K and average radiative fluxes > 100 DefinitionsĪ solar concentrator is placed between the incident solar radiation and a solar receiver, which will absorb the concentrated radiation and convert it to high temperature heat to be used in subsequent processing steps (such as the thermochemical processes). The development of and advancement in solar concentrator technology, high-temperature solar receiver design and demonstration, and reversible redox or temperature-stable materials has opened new opportunities and routes for high-temperature solar applications. Section snippets Introduction and historical background
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