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Download Advances in Thermal Energy Storage Systems: Methods and by Luisa F. Cabeza PDF

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 hence very important opposite numbers to varied intermittent renewable power iteration tools and in addition offer a manner of valorising waste approach warmth and decreasing the strength call for of structures. This e-book presents an authoritative assessment of this key zone. half one studies good 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 platforms and thermochemical warmth storage
  • Includes details at the tracking and regulate of thermal power garage structures, 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

Example text

For the characterization of theses storage materials the most important criteria are the possible temperature lift, the breakthrough curves, the thermal coefficient of performance, and the energy density referring to the volume of the absorbent. ∑ Chemical energy conversion usually has better energy storage performance efficiency than sensible and latent heat storage. ∑ Extensive and detailed information of different storage technologies for solar space heating and hot water is provided in comparison of TES types.

Performance ratio = Net utilized solar energy of the system in question/net utilized solar energy of the system without a thermal bridge. 7 Schematic sketch of a water pond heat storage. masses take an active part in the heat storage. Several water ponds are today used as long-term heat storage for solar heating systems in Denmark. Experience from these water ponds will elucidate if seasonal heat storage is possible and economically attractive. The heat exchange capacity rate for a heat exchanger used to charge or discharge the hot water store states how large power can be transferred from/to the heat transfer fluid to/from the hot water store per K temperature difference between the heat transfer fluid and the water in the heat store.

Extensive and detailed information of different storage technologies for solar space heating and hot water is provided in comparison of TES types. A general conclusion can be drawn; for sensible and latent heat storage, the lower and upper temperature limits determine the maximum storage capacity; for thermochemical heat storage the maximum capacity depends not only on the adsorption and desorption temperatures, but also the humidity of the air. In the overview of system types section, description of particular and novel applications are reported for underground TES, water storage, PCM, and thermochemical storage.

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