Rheem has a legacy of developing state-of-the-art heat pump technology. With a variety of products already in market, Rheem improved its existing innovative design to deliver 5% higher coefficient of performance (COP) during heating at 5°F ambient temperature than the DOE challenge specification, making it ideal for heating homes in the targeted climate regions. The Rheem heat pump also performed at a 9% higher HSPF2 than the DOE challenge specification, highlighting the unit’s incredible efficiency.

The DOE launched the Residential Cold Climate Heat Pump Technology Challenge to accelerate development and commercialization of next-generation heat pumps by supporting American innovation and manufacturing. The DOE recognized the need for an efficient heating and cooling system based on updated state and federal policies and the growing demand for decarbonization. Rheem has always been at the forefront of sustainability efforts, especially since announcing its “A Greater Degree of Good” initiative, and has made notable progress toward the 2025 sustainability goals which encompass intelligent products, responsible processes and inspired people.

“Rheem is committed to making a difference with the products we create, and our sustainability efforts know no bounds,” said Jeff Goss, director, product management, Rheem. “We were not surprised our team of dedicated, innovative engineers at Rheem developed a residential heat pump that was able to provide 77% of nominal heating capacity at minus 15°F ambient temperature and provided uninterrupted heating operation at minus 23° ambient temperature, surpassing expectations and delivering top quality performance.”

Heating and/or cooling a home, along with water heating, account for 40% of the primary energy consumption in buildings in the U.S. and are a major source of carbon emissions. As Rheem’s heat pumps run on electricity, they reduce the need for natural gas, making them an ideal solution for homeowners to reduce emissions and increase energy efficiency. Heat pumps are more efficient than electric resistance heating, and Rheem’s heat pump needs less supplementary heating due to its improved performance in cold ambient temperatures. Together, these elements, and their ability to function at a wider range of ambient temperatures, make them a sustainable heating option. For more information, visit www.rheem.com.