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Evidence Gathering: Thermal Energy Storage (TES) Technologies thermochemical storage are ongoing. Some early PCM products are emerging in niche segments and could become further commercialised within two to five years, particularly for applications such as storing PV generated electricity as heat, hybrid tank plus PCM systems and the integration of PCM in building materials. 7. Time-of-use tariffs and price signals for time shifting electricity (intra-day) are likely required to significantly drive the uptake of thermal energy storage. Stronger and dynamic time-of-use prices for end-customers are required to reward different types of customers for shifting demand away from peak electricity demand periods – relevant for electricity based heating such as heat pumps or electric storage heaters and combined heat and power (CHP). 8. TES supports the wider take-up of renewable heating – in particular interseasonal storage of solar heat and the electrification of heat using heat pumps coupled with thermal storage technologies. 9. To understand the full impact of TES for reducing carbon emissions, additional research and analysis must be conducted. Potential carbon savings can be achieved directly through TES enabling low carbon heating, although TES brings some efficiency losses in the charge and discharge cycling. It also enables greater penetration of variable electricity production through providing: Time-shifting and peak shaving. Electricity system balancing and provision of ancillary services. Supporting network investment deferral and avoiding renewable curtailment. 10. All data relating to performance, cost and market size of TES has been compiled following in-depth interviews with TES project developers, manufacturers and researchers, as well as a thorough review of literature and other secondary research. The study identified areas where additional research could be undertaken to enhance understanding and support the integration of TES into the wider strategy for meeting the UK’s decarbonisation targets and ensuring security of energy supply: Carrying out real world field trials for interseasonal TES, PCM and thermochemical heat storage to fully understand and evaluate technological performance. Further advancing R&D in latent and thermochemical heat storage to support their development and future commercialisation. Fully evaluating how different TES technologies, besides hot water tanks, can be integrated into the existing UK heating infrastructure. Further analysing the use of thermal storage to optimise the sizing and efficiencies of boilers and other heating systems. Better understanding how electric heating and CHP can be used with TES to provide benefits to the wider electricity system. 7PDF Image | Thermal Energy Storage (TES) Technologies
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