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2021 Thermal Energy Storage Systems

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2021 Thermal Energy Storage Systems ( 2021-thermal-energy-storage-systems )

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Thermal Energy Storage Systems for Buildings Workshop Report 5 Keynotes To kick off the first day of the workshop, Sven Mumme (BTO Technology Manager) presented an overview of the workshop objectives and goals. Peter Green (NREL Deputy Laboratory Director) then provided welcoming remarks and gave an overview of NREL’s work enabling future energy transitions. The first keynote presentation was given by David Nemtzow (BTO Director). Nemtzow began his presentation by discussing the climate goals of the Executive Branch and DOE. He then highlighted the magnitude of building energy consumption, including electrical and peak electrical usage, CO2 emissions, and utility costs in comparison to total U.S. energy usage. The challenges of finding solutions for the building sector were placed into context next to the complex and diverse nature of the U.S. building stock. Nemtzow stressed the importance of decarbonizing the building sector to achieve desired carbon emission reduction goals and the important role that renewable energy deployment, energy storage, and electrification can play toward this end (see Figure 6). He explained how thermal end uses drive peak demands in buildings, and how low-cost, long-life, high-efficiency TES could reduce waste and provide benefits to all communities. He explained the importance of time-sensitive valuation to extract increased value from TES systems, and discussed emerging technologies being developed with funding from BTO, including TES-integrated equipment and tunable storage technologies. Figure 6. Depiction of a grid-interactive integrated energy ecosystem harnessing energy storage, renewable generation, and electric vehicle charging Figure by NREL. Note that EVSE stands for electric vehicle supply equipment. 8

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