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3. CURRENT STATUS OF APPLICATION IN SECTORS AND OUTLOOK This section provides an overview of how thermal storage could be used to facilitate the introduction of higher shares of renewables across five key sectors in which energy is consumed: power, industry, district heating and cooling, the cold chain, and buildings. The sector refers to the location at which TES is deployed, as the benefits are often shared across the system. TES can be a form of both supply-side and demand- side flexibility. The power sector sub-chapter focuses only on TES as a supply-side flexibility enabler, whereas the other sub-chapters (industry, district heating and cooling, the cold chain, and buildings) focus on TES as an enabler of demand-side flexibility and of integrating on-site renewable energy generation. For each sector this report outlines: • The key issues that are faced when integrating renewables and the role TES could play in helping to address these. • Which technologies are available today to provide these benefits. • An outlook as to what technologies may be available in the future. • The main innovation needs to increase the commercial readiness of the technologies described. An introductory box also summarises the principal points for each sector. Figure 37 provides a high-level overview of how TES can be used to provide system benefits by integrating it into different sectors. These benefits are those discussed in Section 2.2 of this report. Figure 37: Overview of the major applications of TES by sector Power Industry District heating/cooling Cold chain Buildings Variable supply integration Sector coupling Demand shifting Network management Seasonal storage Notes: TES technologies are available today for these applications. TES technologies are being developed for these applications. 70 INNOVATION OUTLOOKPDF Image | THERMAL ENERGY STORAGE Outlook
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