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Evidence Gathering: Thermal Energy Storage (TES) Technologies 3 Methodology 3.1 Research and analysis The project methodology was centred on four key activities in order to provide a robust analysis of the evidence base on thermal energy storage technologies, which was synthesised to produce the final report. Prior to conducting external research the extensive existing expertise from within the project team was utilised. This formed a crucial aspect of identifying and prioritising both primary and secondary sources of evidence for the further research stages. Figure 5 outlines the process of the research conducted for this study. Extensive secondary research analysing existing literature was then conducted – e.g. academic literature, commercially focussed publications, product data sheets and project case studies, as well as conference presentations and publications. Figure 5 – Outline of the research process Consolidate internal expertise Desk based research Product & Industry Following the review of literature and identification of key gaps, primary research was carried out consisting of detailed telephone conversations with thermal energy storage manufacturers, technology developers, technology installers, relevant industry associations, key industry individuals, research institutions etc. As part of the above process the evidence gathered was reviewed and challenged to assess its robustness wherever possible, and identified gaps, conflicts and potential conflicts in the evidence base. All aspects of the research were crucial for supporting the evidence gathering on thermal energy storage. The main areas outlined by BEIS to form the core body of the research are outlined below: Technology information and state of technological development Market status Product and project review Current and future costs Future market potential Barriers to deployment Analysis and discussion of key gaps 30 project interviews reviewPDF Image | Thermal Energy Storage (TES) Technologies
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