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TECHNOLOGY OVERVIEW The following LDC-determined boundary conditions guided the GHP Roadmap’s technology exploration and assessment: Commercially available, or within 3 years of commercialization Residential and commercial equipment (less than 400 kBtu/hr input)11 The charts below include assumptions about energy efficiency, commercialization stage, applicable sector and features, and first-cost. U.S. and Canada market applications Heat pump technologies including vapor compression (e.g., engine driven), absorption, adsorption, and thermal compression Figure 1: WATER HEATING SALTX (OEM SUPPLIER) 1.20 UEF Target Gas-fired heat pump water heater Specification under development Prototyping on hold due to shift to commercial-sized equipment and thermal energy storage 1.20 UEF Target Gas-fired heat pump water heater Specification under development Prototyping on hold while project seeks funding MNT USA/UNIV .FL (LICENSING) LABORATORY (3-5 YEARS) SMTI (OEM SUPPLIER) 1.20 – 1.30 UEF Gas-fired heat pump water heater 60-80 gallon / 10 kBtu/h Ultra-low NOx (cert.) Pilots in TN, WA, OR, ID, AL, CA FIELD DEMOS / SCALE UP (0-3 YEARS) TECOGEN Rated COP_gas of 1.2 to 2.2 depending on inlet/outlet SHW temperatures IC-engine driven GHP using conventional refrigerants NEEA-sponsored pilot completed in 2019 COMMERCIALIZED Residential Commercial 11Residential cutoffs are typically 200 kBtu/hr input for heating (including furnace, boiler, tankless), five tons output for cooling, 120-gallon storage, and 75 kBtu/hr input for water heating (storage) . Current/projected availability in US/Canada Current/projected availability outside US/Canada Presented by: Brio and GTI 15 INCREASING SCALE TECHNOLOGY MATURATIONPDF Image | GAS HEAT PUMP TECHNOLOGY AND MARKET ROADMAP
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