Geothermal tech initiatives may lessen strain on electric grid - 47abc
Maryland is promoting residential geothermal technology to help offset high energy costs and reduce the strain on the electricity grid, which is partly caused by data centers. The state has implemented several programs, including Geothermal Renewable Energy Credits and utility incentives, to accelerate the adoption of this energy-efficient solution. Local projects, such as installations at Berlin Intermediate School and Salisbury University, are underway to achieve net-zero energy operations.
Maryland is actively promoting the adoption of residential geothermal technology as a means to alleviate high energy costs for residents and reduce the strain on the state's electricity grid. Officials note that data centers contribute to this grid strain, making energy-efficient solutions critical. Geothermal systems, which use only a quarter of the electricity compared to standard solutions on peak days, are seen as a significant benefit from both a homeowner and grid perspective.
Dan Yates, CEO of Dandelion Energy, a producer of residential geothermal technology headquartered in Arlington, Virginia, highlighted three key programs accelerating geothermal adoption in Maryland. These include Geothermal Renewable Energy Credits (GRECs), for which Maryland is a pioneering state, utility demand-side management incentives offering financial support, and grant programs through the Maryland Energy Agency. Virginia is also in the process of adding a carve-out for GRECs.
In related developments on Maryland's Lower Shore, Governor Wes Moore helped secure nearly $2.5 million for a geothermal system at Berlin Intermediate School, aiming for net-zero energy operations. Superintendent of Schools Annette Wallace emphasized that such modernizations create healthier learning environments, reduce operational costs, and support Maryland's sustainability goals. Additionally, geothermal fields are being installed at Salisbury University's upcoming Blackwell Hall, positioning it to be one of the state's first net-zero buildings within its university system.