Groundwater-based geothermal heat pumps are an efficient and cost-effective climate control solution for most of the U.S. Darcy systems use electricity more efficiently than air-source systems and are particularly beneficial for space-constrained users. The article highlights examples from Rochester, Minnesota,...
St. Paul Public Schools in Minnesota are increasingly adopting geothermal heating and cooling as part of their climate action plan, aiming to reduce greenhouse gas emissions by at least 45% by 2030. Innovative geothermal systems from Darcy Solutions requiring fewer...
Read more about the beautiful new Welcome Center at Lakewood Cemetery in Minneapolis: an all-electric, net-zero-energy building, completed in 2024. The building is heated and cooled by a groundwater-sourced geothermal system and will feature flexible spaces for community events and...
One of the first Darcy projects was St. Paul exploring powering Como Zoo with geothermal energy to achieve carbon neutrality. The city partnered with Xcel Energy to study replacing the zoo’s steam boiler system with a geothermal system using groundwater...
Learn about the origins of Darcy Solutions and groundwater enabled geothermal. This article explores the innovative design of hte technology through interviews with Darcy’s cofounder and current Chief Scientific Officer Jimmy Randolph and other early leaders and partners regarding the...
