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Thermal Energy Storage Systems for Buildings Workshop Report 12 AdditionalTechnologyConsiderations Comparisons to Li-Ion Batteries • A challenge with electrical batteries is that from a distribution planning perspective, they add to the load. TES has the potential to boost efficiency, which could permanently reduce the load. • TES may have safety benefits compared to electrochemical storage solutions. • End-of-life recycling of TES systems may be easier than that for electrical batteries. We should consider embedded energy used for the different technologies. Installation and Integration • Features such as self-diagnostics during installation can ensure proper installation, even if the installer is not familiar with TES. • The goal is not about making TES better, but about making the overall systems better. Focus on system-level solutions would be preferred rather than standalone systems. • Integration should consider existing resources such as waste heat sources and existing thermal mass to maximize benefits. Lifetime and Operation Impacts • TES systems will inevitably change the duty cycle for heating and cooling equipment operation. What is the inherent lifetime and maintenance costs of TES technologies and how will they impact the lifetime and O&M costs of other building equipment and systems? • Research institutions should publish how to determine the carbon footprint and embodied carbon impacts of TES in buildings. This could help when approaching users that are environmentally minded. Manufacturing • It would also help architects and engineers if TES were a standard packaged option from manufacturers. An example would be the engineer would specify the building type and climate in some tool, and it would suggest a model number for the HVAC + TES system that should be installed in that building. • We cannot forget about manufactured housing and trailers. These facilities do not stick around for as long as other housing options, and they tend to use more heating and cooling relative to their size. 25PDF Image | 2021 Thermal Energy Storage Systems
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