By Luisa F. Cabeza
Thermal strength garage (TES) applied sciences shop thermal power (both warmth and chilly) for later use as required, instead of on the time of construction. they're consequently vital opposite numbers to varied intermittent renewable strength iteration tools and likewise offer a manner of valorising waste procedure warmth and decreasing the strength call for of constructions. This publication presents an authoritative review of this key sector. half one studies brilliant warmth garage applied sciences. half covers latent and thermochemical warmth garage respectively. the ultimate part addresses functions in heating and effort systems.
- Reviews good warmth garage applied sciences, together with using water, molten salts, concrete and boreholes
- Describes latent warmth garage structures and thermochemical warmth storage
- Includes details at the tracking and keep an eye on of thermal strength garage platforms, and considers their purposes in residential constructions, strength crops and industry
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Extra resources for Advances in Thermal Energy Storage Systems: Methods and Applications
2. Dincer, I. A. (2002) Thermal energy storage (TES) methods. In: Dincer, I. A. (eds) Thermal Energy Storage: Systems and Applications, pp. 93–212. New York: John Wiley & Sons. 3. F. (2012) Thermal energy storage. In: Sayigh, A. ) Comprehensive Renewable Energy, Vol. 3, pp. 211–253. Oxford: Elsevier. 4. , Zalba, B. F. (2010) ‘State of the art on high temperature thermal energy storage for power generation. Part 1 – concepts, materials and modellization’, Renewable and Sustainable Energy Reviews, 14, 31–55.
It should be highlighted that indicating the storage capacity with a single point in this diagram suggests that a material has an intrinsic storage capacity. However, storage capacity is neither a state variable nor a material property. It is a process variable and depends strongly on the (operating) conditions given by the application. For sensible and latent heat storage, the lower and upper temperature limits determine the maximum storage capacity. g. using water and zeolite as the working couple, the maximum capacity is determined not only by the adsorption and desorption temperatures, but is also affected by the humidity of the air.
Investigations carried out in the 1970s and 1980s in the Netherlands and Denmark showed that the thermal performance of low flow solar domestic hot water systems is 10–25% higher than that of traditional solar heating systems and that the amount of lime deposits in the hot water tanks is lower for low flow systems than for traditional systems, resulting in increased durability, primarily due to the large thermal stratification in the heat storage [7,8]. The yearly extra thermal performance of a low flow solar heating system is strongly influenced by the solar fraction.