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TCS Waste Incineration Drying Process TCS TCS Waste heat: 3 MWh Distance 10 km Truck and standard freight container Figure 6 – Mobile Sorption Storage System for Industrial Waste Heat Utilisation and in the industrial sector (e.g. process heat and cold). TES systems can be installed as either centralised plants or distributed devices. Centralised plants are designed to store waste heat from large industrial processes, conventional power plants, combined heat and power plants and from renewable power plants, such as concentrated solar power (CSP). Their power capacity ranges typically from hundreds of kW to several MW (i.e. thermal power). Distributed devices are usually buffer storage systems to accumulate solar heat to be used for domestic and commercial buildings (e.g. hot water, heating, appli- ances). Distributed systems are mostly in the range of a few to tens of kW. TES systems – either centralised or distributed - improve the energy efficiency of industrial processes, residential energy uses and power plants by storing waste or by-product heat or renewable heat when it is available and supplying it upon demand. Thermo-chemical storage systems can also convert waste heat into higher temperature heat or into cold. A number of energy-intensive industrial sectors and processes (e.g. cement, iron and steel, glass) benefit from TES systems. Manufacturing industry (e.g. automobile industry) can also benefit significantly from TES. Most importantly, TES can help integrate variable solar heat into the energy system. This applies either to short-term storage based on daily heat buffers for domestic hot-water production or to long-term heat storage for residential and industrial heating purposes, based on large central storage systems and district heating networks. TES systems can also help integrate renewable electricity from PV and wind. For example, the efficiency of a (mechanical) compressed air energy storage (CAES) can be improved from about 50% to more than 70% by storing heat Charging Temperature 150 °C Discharging Temperature 180 °C 12 Thermal Energy Storage | Technology BriefPDF Image | ENERGY TECHNOLOGY SYSTEMS ANALYSIS
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