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Solar Engineering of Thermal Processes, Photovoltaics and Wind || Building Heating
摘要： Heat for comfort in buildings can be provided from solar energy by systems that are similar in many respects to the water heater systems described in Chapter 12. The two most common heat transfer fluids are water (or water and antifreeze mixtures) and air, and systems based on each of these are described in this chapter. The basic components are the collector, storage unit, and load (i.e., the house or building to be heated). In temperate climates, an auxiliary energy source must be provided and the design problem is in part the determination of an optimum combination of solar energy and auxiliary (i.e., conventional) energy. Systems for space heating are very similar to those for water heating, and the same considerations of combination with an auxiliary source, boiling and freezing, controls, and so on, apply to both applications.
关键词： solar energy,storage unit,auxiliary energy,collector,heat transfer fluids,heating systems
更新于2025-09-16 10:30:52
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AIP Conference Proceedings [Author(s) SolarPACES 2017: International Conference on Concentrating Solar Power and Chemical Energy Systems - Santiago, Chile (26–29 September 2017)] - MicroSol-R: Versatile solar facility for research and industry
摘要： Since February 2016, a new CSP micro-power plant called “MicroSol-R” is in operation at PROMES-CNRS. This platform aims at developing research and innovation in the field of heat transfer fluids, thermal energy storage, solar thermal power conversion at small scale, power plant operation strategy, etc. In addition, it was designed to be a useful tool for training. MicroSol-R is a versatile facility open to collaboration with industry and laboratories. This paper presents the facility and first results after one year of operation. The performances and characteristics of the solar field, the thermocline heat storage and the organic Rankine cycle are presented.
关键词： CSP,thermal energy storage,solar thermal power,heat transfer fluids,organic Rankine cycle,MicroSol-R
更新于2025-09-04 15:30:14