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Evidence Gathering: Thermal Energy Storage (TES) Technologies heating and cooling, such as ground source heat pumps. For district heating hot water based tank storage is likely to be deployed with most new applications. Renewable heating, such as industrial heat pumps and large scale solar thermal are likely to see little or no drive under this scenario. Deployment until 2025 Table 20 – Potential uptake of different TES applications under ‘business as usual’ scenario Application type Intra-day storage Interseasonal storage District Heating Uptake of TTES in most new installations and some Unlikely to see uptake of retrofit efforts. any other TES for DH apart from few possible trials. Non- domestic Stable market for TTES. Slowly increasing, but low Potential emergence of suitable PCM products likely as part of trial projects. uptake for large individual buildings (e.g. office blocks). Domestic Stable market (annual sales) for hot water based TTES Limited applications of small Commercialisation and limited uptake of PCM products replacing or being integrated in hot water cylinders. scale solar / GSHP coupled borehole installations. Scenario 2 – Strong drive to decarbonise heat (focus on electrification of heat and new market frameworks for flexibility) Scenario 2 assumes a more positive outlook for TES in the UK based on strong drivers from the decarbonisation of heat, primarily through its electrification and favourable frameworks for providing flexibility to the network. In the residential and small commercial sector sales of hot water cylinders would increase and new products such as PCM would emerge. Additionally interseasonal TES would receive a stronger push with trial projects looking to exploit the potentials for solar thermal integration as efforts to decarbonise heat further develop. Electricity price signals This growth scenario assumes the emergence of strong time-of-use prices for end- customers. Different types of customers would be rewarded for shifting demand away from peak electricity demand periods – or for generating during times of peak electricity demand. TES together with intelligent controls and effective system integration enable production of heat from electricity, or CHP, to exploit these price signals. The underlying rationale for improved electricity price signals that can be exploited with TES would be high levels of renewable energy generation. Upstream price signals, such as balancing services or network operator incentives emerge and a growing number of aggregators and demand response players monetise flexibility from distributed assets. 68PDF Image | Thermal Energy Storage (TES) Technologies
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