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22 Advances in Thermal Energy Storage Systems Heat supply Biomass Heat Transport Large scale CHP utility Heat on wheels Figure 1.17 Schematic description of the heat on wheels concept. extent based on boilers only, generate a yearly heat demand of about 11 TWh. The CO2 mitigation could come through replacing heat and electricity or only electricity, giving savings of between 2.4 and 5.8 Mtonnes/year. 1.4.4 Buildings It is well known that the use of latent heat storage in building passive systems could reduce the energetic consumption for HVAC purposes. These reductions have been analysed both experimentally and numerically. This effect is presented in Figure 1.18. An example of the CO2 mitigation in this application is given by Castell et al. [30]. Table 1.9 shows the measured data of energy consumption and compares the energetic performance of different cubicles located in Puigverd de Lleida (Spain) in order to quantify the benefits of using PCM with the properties presented in Table 1.10. From the energy consumption of each cubicle, the CO2 emissions to the atmosphere can be estimated. Considering the Spanish electricity production share, a CO2 emission rate of 238 g/kWh is determined. Table 1.9 presents the CO2 emissions and savings for each cubicle, considering a set point of 24°C during 90 days per year (cooling demand). 1.4.5 ATES in a supermarket This was the first ATES project in Turkey and in a Mediterranean climate. The gross area for the building was 1,800 m2 and 1,400 m2 of this area was air-conditioned. Heat demand Small scale CHP utility Accumulator Discharging accumulator Heat carrier Boiler supply, 90°C (Supple- mental heat) Charging accumulator Heat carrier return, 45°C Heat on wheelsPDF Image | Introduction to thermal energy storage TES systems
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