New research from Germany showed that PV-powered heat pumps could require less surface than their solar thermal-driven counterparts in district heating networks. The scientists also found that increasing energy prices would have a minimal impact on the viability of both concepts.
The Japanese manufacturer claims the new product has a seasonal energy efficiency ratio of up to 9.47 and a seasonal coefficient of performance of up to 5.20.
The new products are intended for commercial applications and and multi-dwelling buidlings. They have a size of 20 kW to 30 kW and use R290 as the refrigerant.
The National Renewable Energy Laboratory (NREL) has outlined the feasibility of heat pumps in the US market in a new report. It says installation costs and energy savings prices have changed in relation to climate, heating sources, and types of homes. It says policymakers should further reduce the costs of installing heat pumps to benefit more US households.
The new products use propane (R290) as a refrigerant and have heating and cooling capacities ranging from 8 kW to 30 kW.
Germany’s Fraunhofer Institute for Solar Energy Systems (Fraunhofer ISE) says rising CO2 prices could make PV-powered heat pumps the most cost-effective choice for residential heating in the country, with heat pump uptake and district heating adoption proving more economical than replacing gas heating.
US-based Johnson Controls says its new screw heat pump is able to deliver high-temperature hot water as high as 80 C. The system reportedly has a combined coefficient of performance of 4.1.
The Chinese manufacturer said its new propane heat pump has a seasonal coefficient of performance exceeding 5.0.
Polish manufacturer Corab has developed a new ground-source heat pump with several components supplied by Denmark’s Danfoss. It offers 8 kW to 16 kW of rated thermal power.
MVV Energie AG has commissioned one of Europe’s largest heat pumps. The system uses water from the Rhine River to supply hot water at temperatures ranging from 83 C to 99 C.
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