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• W135023911 abstract "This chapter discusses six different approaches to the large-scale generation of solar–thermal power. This chapter provides an overview on thermal energy and various thermal applications. The systems discussed in this chapter are the central power tower system, the distributed collector system, the stationary reflecting/tracking absorber (SRTA), ocean thermal energy, satellite solar power station, and heliohydroelectric power generation. The great advantage of using solar energy in refrigeration and cooling applications is that the maximum amount of solar energy is available at the point of maximum demand. There are two quite different major applications, the first in the cooling of buildings and the second in the refrigeration for food preservation or for storing vaccines for medical purposes. In solar heating applications, the hot fluid from the collectors can often be used to heat the interior of the building directly, but most solar cooling applications involve a solar powered engine system. Four main methods that have been adopted are: (i) the compression refrigeration cycle in which the refrigeration side is driven by a solar powered engine, (ii) absorption systems, (iii) evaporative cooling, and (iv) radiative cooling. A solar pond is both a massive heat collector and heat storage system, and compared with a conventional collector and heat store, it is relatively inexpensive. Other advantages of solar pond are: (i) problems that could occur with dirt settling on the surface and reducing collection efficiency are eliminated, (ii) extracting energy from the pond is very straightforward as the lowest hot layer can be pumped to the power station and returned to the pond for reheating, (iii) solar ponds can operate continuously throughout the year provided the storage capacity is chosen to match the demand, and (iv) a solar pond power system can, like a hydroelectric plant, provide peaks of power on demand." @default.
• W135023911 created "2016-06-24" @default.
• W135023911 creator A5061112218 @default.
• W135023911 date "1983-01-01" @default.
• W135023911 modified "2023-09-23" @default.
• W135023911 title "THERMAL POWER AND OTHER THERMAL APPLICATIONS" @default.
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• W135023911 doi "https://doi.org/10.1016/b978-0-08-026147-8.50012-5" @default.
• W135023911 hasPublicationYear "1983" @default.
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