LG Electronics and the University of Alaska Anchorage (UAA) have inaugurated advanced heat pump research labs in Anchorage and Fairbanks. These facilities are part of the Consortium for Advanced Heat Pump Research, a partnership focused on developing HVAC solutions for cold climates.
The labs replicate home environments to enable practical research into air-source heat pumps capable of operating efficiently at temperatures as low as -40°F. They feature LG’s range of ducted and duct-free HVAC systems, positioning them as key contributors to the study of heating technologies tailored for cold regions.
Alaska Governor Mike Dunleavy highlighted the significance of the initiative, stating, "Together, researchers from the University of Alaska Anchorage and global innovator LG Electronics are advancing the state of the art in heat pump technology. These advanced research labs show how new business and investment in Alaska can have a major impact on our nation and the world."
Chris Ahn, president of LG Eco Solutions USA, emphasized the role of heat pump technology in reducing carbon emissions. “This research into advancing progress in heat pump system technology supports the promotion of clean energy advances that are among the primary targets for IRA (Inflation Reduction Act) funding in most states, including those in colder climates," Ahn said.
The consortium’s research aims to reduce reliance on fossil fuels by enhancing heat pump efficiency and functionality in extreme temperatures. UAA Chancellor Sean Parnell noted, "The research conducted between LG Electronics and UAA will provide groundbreaking insight into heat pump technology to create the best performing, most energy efficient solutions possible."
The initiative also connects with LG’s global network of heat pump research partnerships in Korea, Europe, and China. This worldwide effort forms a Global Consortium for Advanced Heat Pump Research, reinforcing LG's position at the forefront of HVAC innovation.
The Anchorage and Fairbanks labs stand as a testament to the potential of collaborative research in advancing HVAC solutions that address climate-specific challenges.