Thermal energy networks are gaining policy and regulatory momentum across the United States as a primary pathway for building decarbonization.

Discover how Class 4 wiring acts as a "secret weapon" for geothermal retrofits by bypassing electrical infrastructure bottlenecks to enable affordable building decarbonization.

Dandelion Energy is transforming the geothermal market by pivoting to production home building and utilizing a unique leasing model that eliminates high upfront costs while slashing installation expenses by 40%.

The 2025 Geothermal Rising Conference marked a turning point for geothermal energy, honoring Dr. James Bose’s legacy while showcasing how heat pump innovation is powering a scalable, decarbonized future.

Explore why geothermal energy—thanks to its tiny land footprint, round-the-clock reliability, and seamless integration with solar, wind and urban thermal networks—is emerging as a cornerstone of a sustainable, resilient, high-density clean-energy future.

As refineries confront mounting heat and water challenges, geothermal exchange is emerging as a game-changing solution that can slash water use, boost resiliency and turn industrial waste heat into a valuable community asset.

With strong federal backing and growing collaboration between low- and high-temperature technologies, the geothermal industry is poised to reshape America’s energy future through integrated thermal networks that boost efficiency, resilience and sustainability.

Thermal energy network events in early 2025, including five significant gatherings across various locations, highlight the growing importance of geothermal technology in urban energy systems. 

The Inflation Reduction Act offers significant incentives for geothermal HVAC projects through 2032, including tax credits and direct funding.

Decarbonizing buildings and industry is crucial for reducing global energy consumption, predominantly in the form of heat. Thermal energy storage plays a significant role in this process by reducing reliance on electrical energy and batteries. Thermal energy networks that connect multiple buildings into a shared energy network can significantly reduce electrical demand and consumption.