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Thermal Energy Storage Systems for Buildings Workshop Report 13 SummaryofRecommendations A consistent theme throughout the workshop was the development of a TES Consortium. This would allow the TES industry to organize and better present their case to regulators and policy makers. Additionally, close collaboration between researchers, original equipment manufacturers, builders, and utilities can ensure that solutions are best tailored to the needs of all stakeholders. For TES to succeed in the market, feedback from all the stakeholders is important and must be incorporated in the TES development process. Additional key recommendations are listed below and are categorized by technical and non- technical requirements. Technical 1. Codes and Standards: Develop codes and standards for TES in building applications with consistent performance measurement criteria. Dynamic performance standards are needed to capture the true benefits of storage-integrated systems. 2. Modeling: Improve modeling capabilities for assessing the potential of TES. Tools must be suitable for use by sales personnel and non-researchers. A “TES selector” tool can help the installers choose the appropriate solution and make an informed decision without knowing the in-depth technical specifications of each technology. 3. High Utilization Materials: Support high utilization materials, as buildings generally cannot use one TES system for all thermal end uses in a building because they are at different temperatures. Tunable and smart materials may change this paradigm. 4. Packaged Solutions: Design systems with installation in mind. Turnkey products with minimal on-site customization are preferred. 5. Material Costs Reduction: Prioritize lowering upfront capital cost. Low-cost materials with desirable thermal properties are needed. 6. Deployment Guidelines: Address the question of when in the sequence of grid- interactive efficient building measures we implement TES as well as how this varies by building type and location. Develop categorization framework and metrics around different applications. Identify rate structures that would lead to the greatest beneficial value. 7. Technology-to-Market: Accelerate the rate at which novel research is transitioned to manufacturers and deployed to the market. 8. Life Cycle Analysis: Take life cycle analysis tools from research to application. Modeling of these systems is difficult and can help support sales pitches beyond demand reduction. Incorporate embodied carbon and end-of-life characteristics to compare to other technologies. 9. Certification Process: Standardize certifying the performance and reliability of storage components and systems. Commissioning processes may be helpful in validating the nominal amount of energy and carbon savings of TES systems. 28PDF Image | 2021 Thermal Energy Storage Systems
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