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Evidence Gathering: Thermal Energy Storage (TES) Technologies Renewable heat drivers Scenario 2 requires strong drivers to reduce fossil fuel consumption, and reduce dependence on oil and gas for meeting heat requirements. The widespread uptake of renewable heating technologies, and especially the electrification of heat using heat pumps would provide a very favourable outlook for the deployment of TES. The ability to decouple production from consumption of heat through thermal storage would make the integration of electric heating into existing electricity networks easier. Stricter building regulations requiring more energy efficient technologies to be used in new builds and existing buildings would increase the uptake of renewable heating technologies. Furthermore, it would also encourage the installation of underground TES such as BTES or ATES for improving performance of heating and cooling in large buildings. Lastly this potential scenario outlines the possibly increasing uptake of large hot water storage for community and district heating schemes, as such schemes increase in popularity and receive continuous support as part of decarbonisation strategies (assumption for growth scenario). This was also echoed amongst the industry expressing plans for increasing district heating installations in the UK. It will be likely that in order to improve system performance the majority of these new schemes will be paired with TTES. Additionally it will become the norm to retrofit hot water TTES to existing CHP fed district heating schemes. There may also be more interest around using solar input for district heating in the UK acting as a strong driver for interseasonal TES. Deployment until 2025 Table 21 – Potential uptake of different TES applications under ‘growth’ scenario Application type Intra-day storage Interseasonal storage District Heating Strong growth of DH using heat pumps and/or CHP; TTES in all new installations and majority of DH retrofitting TTES. Potential for limited trials integrating PCM with hot water stores (Hybrid tank / PCM). Trials and early adoption of underground TES technologies for district heating applications with solar thermal. Non- domestic Growing market for TTES based on renewable heating uptake and CHP. Development of more novel TTES applications using other materials than water. Potential emergence of suitable PCM products likely as part of trial projects. Growing uptake of ATES and BTES for individual commercial buildings as technologies such as GSHP and solar achieve greater uptake. Emergence and improvement of early pilots for THS applications in the industrial sector. Domestic Growing market for TTES based on electric heating uptake (and possibly micro-CHP) and electricity price signals for flexibility. Uptake of PCM products for time shifting renewable heating and mitigating space constraints in properties. Different types of BTES becoming more established based on coupling with renewable heating technologies. 69PDF Image | Thermal Energy Storage (TES) Technologies
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