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Evidence Gathering: Thermal Energy Storage (TES) Technologies ATES), as well as more general learning by doing. Specific cost reduction potentials have been observed for newer generation systems, where learnings were based on earlier trials of similar technologies. For example a study carried out in Germany (Solites, 2012) found that comparing interseasonal storage with the same performance parameters showed that newer installations (e.g. PTES in Eggenstein) were up to 30% cheaper than their predecessors. Therefore, as the applications for interseasonal stores become more widespread, it allows for the assumption that costs will fall. However, for different TES technologies, the primary cost reduction driver remains the volume of the store. PCM – significant cost reduction potential For other technologies, such as PCM, which are currently emerging for some niche applications, there is significant cost reduction potential as R&D efforts and increasing manufacturing volumes continue to reduce prices for materials and related components such as heat exchangers. Importantly there are a number of manufacturers and technology developers exploring how high performing PCM based products can be realised at a cost-effective price. We expect to see more cost-effective PCM based products experience wider uptake within the next two to five years, although improvements will be needed to ease of installation for and flexibility of PCM products before a mass-market deployment is feasible. THS – cost reductions are uncertain as technology is immature R&D efforts will continue to explore and improve the potential of this technology. However, based on the current level of advancement, the timeframe and scale of these reductions is not clear. 21PDF Image | Thermal Energy Storage (TES) Technologies
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