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Introduction to thermal energy storage TES systems

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Introduction to thermal energy storage TES systems ( introduction-thermal-energy-storage-tes-systems )

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4 Advances in Thermal Energy Storage Systems Table 1.2 TES potential breakdown for Germany, Spain and the EU-25 Sector System Parameter Germany Spain EU-25 Buildings Seasonal solar thermal L (MWth) 1,001 2,294 25,287 E (GWhth) 1,801 4,186 46,150 RCO2 (T) 450,322 1,049,089 12,517,676 District/ central heating L (MWth) 57,000 19,642 1,453,863 E (GWhth) 87,384 35,846 2,326,182 RCO2 (T) 21,845,972 8,983,685 630,957,558 Solar short term L (MWth) 16,011 135,093 416,180 E (GWhth) 2,664 140,883 319,269 RCO2 (T) 666,008 35,307,388 86,599,153 Passive cold L (MWth) n.a. 699 9,944 E (GWhth) n.a. 1,275 18,148 Ee (GWhe) n.a. 472 6,481 RCO2 (T) n.a. 306,519 3,085,135 Industrial CHP L (MWth) 5,888 9,354 187,790 E (GWhth) 5,299 6,314 126,758 RCO2 (T) 1,324,732 1,582,403 34,382,153 Heating L (MWth) 400,944 374,185 3,761,074 E (GWhth) 565,143 632,528 6,659,335 RCO2 (T) 141,285,629 158,521,473 1,806,289,626 Cooling E (GWhth) n.a. 5,231 31,386 Ee (GWhe) n.a. 1,495 8,967 RCO2 (T) n.a. 969,980 4,268,512 CSP Ee (GWhe) n.a. 1,464 2,077 RCO2 (T) n.a. 950,401 988,747 Source: [5] a suitable material are density, specific heat, thermal conductivity and diffusivity, vapour pressure, compatibility with container materials, and chemical stability [7]. Sensible heat can be stored in solid or liquid (gas media can also be used, such as air storage systems, but they are much more bulky). 1.2.2 Latent heat storage Latent heat storage uses the phase transition of a material. Usually solid–liquid phase change is used, by melting and solidification of a material. Upon melting heat is

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