Networked Geothermal
Networked geothermal, which falls under the broader family of technologies known as thermal energy networks (TENs), is an emerging clean energy approach that uses shared underground pipe systems to move heat between buildings and the earth for efficient heating and cooling.
Unlike traditional geothermal systems (ground-sourced heatpumps) that serve a single building, networked geothermal systems connect multiple buildings through a shared thermal network, creating cost-effective opportunities to improve energy efficiency, reduce emissions, and provide long-term energy infrastructure benefits.
As states pursue ambitious clean energy and decarbonization goals, networked geothermal is gaining attention as a flexible solution that can support building electrification, modernize energy infrastructure, and provide affordable heating and cooling options for communities.
Why Networked Geothermal Matters
Buildings account for a substantial share of energy use and greenhouse gas emissions. Decarbonizing heating and cooling remains one of the most significant challenges facing states as they work toward climate and clean energy goals.
Networked geothermal systems can help address these challenges by:
- Supporting building decarbonization through highly efficient heating and cooling systems
- Reducing peak electricity demand and easing pressure on electric grids
- Providing opportunities to repurpose or transition existing utility infrastructure
- Increasing energy resilience and reducing dependence on fossil fuels
- Improving long-term affordability and energy cost stability
- Creating local workforce and economic development opportunities
There are no upcoming Scaling Up Solar for Under-Resourced Communities Webinars or Events.