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Thermal Energy Storage Systems for Buildings Workshop Report modify transition temperatures and thermal resistances between the storage medium and its surroundings, the low utilization rates of passive PCM can be overcome. • Dr. Mitchell Ishmael, of Active Energy Systems, presented his work on icephobic heat exchange for efficient, resilient building cooling. Active Energy Systems developed an icephobic heat exchange surface to stop freezing water from sticking to cold surfaces. This in turn allows for a small, low-cost heat exchanger with improved energy efficiency, reduced storage cost, and extremely high discharge capability. • Joanne Huang, of OtherLab, introduced her work on developing TES using sensible storage mediums. This modular solution bundles tanks together to minimize standby losses and allow for more flexible use of space. The integrated solution aims to be low cost, increase efficiency, and even be accessible to low-income communities. • Dr. Louis Desgrosseilliers, of Neothermal Energy Storage, introduced a supplemental electric thermal storage device using salt hydrate/water mixture to electrify residential furnaces and boilers. The concept supplies heat directly to the furnace return duct, automatically regulates heat delivery with the furnace/boiler, and has an automated demand response controller. Desgrosseilliers discussed the thermodynamic principles behind the storage medium and the performance benefits that it could provide to Canadian homes. • Dr. Pim Donkers, of Cellcius, presented on a heat battery using thermochemical storage materials. The battery used a thermochemical material composite in a low pressure “closed-loop” with four components: evaporator/condenser, ventilator, heat exchanger, and reactor. The concept has the potential to be a heat battery with high energy density and no heat loss during the storage period. Additionally, it may provide an affordable, compact, robust, versatile, and sustainable design for energy storage. • Dr. Matthew Aguayo, of EnKoat, discussed an envelope-based TES approach. EnKoat’s Active Insulation is applied like normal construction paint, stucco, and plaster. The PCM embedded layers help reduce temperature swings within the building. EnKoat’s solution can reduce the carbon footprint of the building, save money on heating and cooling costs, and shift peak load to off-peak hours. • Arlene Anderson, of the U.S. Department of Energy Geothermal Technologies Office, presented on the potential of geothermal heat pumps, direct use of geothermal heat, and TES to save energy and shift loads. Reservoir TES was discussed as having the potential to provide seasonal storage for heating and cooling needs. Additionally, Anderson discussed work on a hybrid concept using geothermal devices incorporating PCMs. 14PDF Image | 2021 Thermal Energy Storage Systems
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