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Table 15. Overview of policy interventions that are relevant to TES in each end-use sector Application Regulatory environment Stakeholder acceptance Technical performance Financial proposition Power • Decarbonisation policies. • Regulation of heat market, as part of holistic multi-vector energy regulation. • Energy storage mandates. • Funding demonstration and pilots in sensible storage, and for high- temperature cPCMs, to prove technology and commercial benefits to investors and other stakeholders. • Funding R&D, demonstrations and pilots in sensible storage, and for high- temperature cPCMs, to accelerate technology readiness level. • Funding R&D, demonstrations and enterprise support in sensible storage, and for high-temperature cPCMs, to drive cost reductions through innovation. • Market pull policies to drive adoption of TES with co-located storage. Industry • Ensuring decarbonisation policies do not exclude industry. • International co operation to overcome fears related to competitiveness. • Removing fossil fuel subsidies to help increase value proposition of TES. • Government-led initiatives to demonstrate technologies with industrial participants. • Knowledge sharing and diffusion support using demonstrations and “champion” organisations to reduce perceived risk of technology adoption. • Funding R&D, demonstrations and pilots particularly for chemical and latent storage, to accelerate development. • Funding R&D, demonstrations and pilots particularly for chemical and latent storage, to drive cost reductions through innovation. • Providing investment support and price support as market pull options once technology has proven to help overcome financial barrier. Cold chain • Removing fossil fuel subsidies to help make cold chain technologies more competitive vs a diesel alternative. • Provide knowledge- sharing support around latent storage demonstrations. • Enterprise support to help companies demonstrate and communicate benefits of TES to customers to help break into/create cold chain market N/A N/A District heating and cooling • Improve regulatory environment for district heating and cooling more generally. • Removing fossil fuel subsidies to help increase value proposition of TES. • Provide knowledge- sharing support around latent storage demonstrations. • Provide a range of technology push support for chemical and latent storage solutions. • Provide market pull support mechanisms for chemical storage solutions. • TES helps decrease the LCOE for district heating and cooling. While the financial proposition of district heating and cooling can be improved further and benefit from market pull mechanisms, knowledge-sharing support can also increase awareness of the benefits of TES. Buildings • Removing fossil fuel subsidies to help increase value proposition of TES. • Integrated, regulated heat and power markets. • Energy storage mandates, building codes, etc. • Provide ecosystem support to boost public awareness of benefits of TES for domestic applications. N/A • Technology push support to develop low-temperature PCM and salt hydration-based products. • Market pull support to incentivise domestic/ non-domestic consumers to purchase devices. Note: N/A denotes no main needs were identified. 118 INNOVATION OUTLOOKPDF Image | THERMAL ENERGY STORAGE Outlook
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