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Evidence Gathering: Thermal Energy Storage (TES) Technologies major projects were carried out in Marstal and Dronninglund. The Marstal and Dronninglund projects both aim to help local district heating schemes reach a higher proportion of solar input by providing interseasonal storage of solar heat, but also enable the potential storage of electricity from other intermittent renewables (i.e. wind power in Denmark) as heat (‘power to heat’) in district heating systems. Additionally, there have been a number of research projects carried out in Germany. The data presented, primarily draw on experiences and learnings from the projects carried out in Denmark. Review of current technological potential From a technical perspective there is no reason by PTES could not be developed in the UK. Space requirements are the key technical constraint. Current market and product review The only UK based project identified is the 1,400 m3 water filled PTES at UK renewable energy company RES (Renewable Energy Systems) Beaufort Court project. While there may be further ongoing projects, these have not been discussed in the public domain. PTES could become a potential solution in a market such as the UK. However, based on the given barriers and restrictions – especially the lack of solar thermal and low district heating uptake (see ‘key barriers to deployment’) – make it unlikely that a significant number of commercialised projects will be realised within the next 5-10 years. Table 12 – Selected examples of PTES projects in Europe Name / location Country Year Size Vojens Marstal Dronninglund Beaufort Court Eggenstein Stuttgart Steinfurt Denmark Denmark Denmark UK Germany Germany Germany 2015 200,000 m3 2012 75,000 m3 2014 60,000 m3 2003 1,400 m3 2008 4,500 m3 1985 1,050 m3 1999 1,500 m3 42PDF Image | Thermal Energy Storage (TES) Technologies
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