Bedrock Energy provides electrified geothermal heating and cooling systems that enable large commercial, industrial, and multifamily buildings to transition away from fossil fuel-based HVAC.

- Drives down the cost, space, time, and risk of constructing geothermal systems by 3-5x - Makes geothermal increasingly accessible for buildings in space constrained urban environments. - Saves more than 50% compared to VRF and air source heat pumps

include geothermal in my electrification strategy, incorporate geothermal in my HVAC strategy

Utility cost savings and O&M cost savings: ~50% compared to traditional air source heat pump and VRF systems.

Geothermal HVAC systems replace fossil-fuel-based heating with high-efficiency heat pumps. By reducing installation complexity and making geothermal viable in dense urban environments, Bedrock helps building owners acheive both direct emissions reductions and long-term electrification.

Both existing building retrofits and new construction

Required physical building characteristics

Ideal physical building characteristics

Minimum project size

Ideal project size

Complementary technologies or equipment required/recommended

Bedrock provides turnkey project planning, including installation.

Bedrock's geothermal-as-a-service approach offers geothermal solutions without large upfront capital costs, the main barrier to adoption for most customers. Bedrock works with MEP engineering firms to determine the heating/cooling load size of the building or the process, as determined by the size, usage, schedule, climate, and other characteristics of the building or process.

Titanium Ventures, Energy Impact Partners, Wireframe Ventures, Sustainable Future Ventures, Elemental Impact, LJV, Cantos, Overture, First Star Ventures, Toba Capital

Case studies

One Bedrock crew can drill and construct approximately one 1000-foot borehole in a day with construction noise of ~60dB vs. ~70-85 dB for conventional drilling rigs. For context, a typical washing machine emits about 80 dB.

Resident impact post-installation

30-50% federal tax incentives, which are still available as of 2026.

While upfront construction costs vary by building/ customer, projects are priced using upfront costs of construction and for design-build models, time required to design and simulate the borefield will be incorporated. Equipment costs include: Heat Pump Ducting & Installation, Fluid Cooler, Controls Contracting, Casing, Drilling fluids, Grout, and Loop. Bedrock is targeting a pathway to <$20/ft geothermal heat-exchanger construction in New York City. Borehole construction costs represent $10-12k per HVAC ton.

Ongoing Costs

2-5 years

User Learning Curve/Operational Efficiency/Staff Time

Service or maintenance contractor availability

Bedrock monitors the system through installed sensors on surface pumps to track key indicators of system performance, such as entering and exiting water tempature, pressure, and flow rate.

Product certifications