CogenS™ Geothermal
Now in PreviewGeothermal HVAC Systems — Feasibility & Lifecycle Cost
Closed-loop ground-source heat pump modeling, coupled to vertical borefields, with 20-year ground-temperature drift and DER well-balancing using boilers, CHP and absorption chillers. Available now in preview.
The Preview
What You Can Do Today
Design & System Optimization
Specify the heat pumps, borefield and supporting equipment, set your financial parameters, and run the system optimization — field sizing, 20-year drift and well-balancing with boiler, CHP and absorption chillers.
Full Model & TEA Report
The full 8,760-hour model run and the complete technoeconomic report open with the full release. Projects you build in the preview carry straight over.
Capabilities
Built for Ground-Source Design
Water-to-Water & Water-to-Air
Closed-loop ground-source heat pumps in both output configurations, with EnergyPlus-style COP and capacity curves versus entering-water temperature.
Vertical Borefield Coupling
Ground-loop physics powered by the peer-reviewed GHEtool model, sizing the borehole field to your heating and cooling load.
20-Year Temperature Drift
Forecast the entering-water-temperature trajectory over the study period to confirm the field stays in long-term thermal balance.
DER Well-Balancing
Bring CHP and absorption chillers into the DER mix as dispatchable options — injecting or rejecting heat to keep the borefield in annual thermal balance and extend field life, with a boiler for peak backup.
Seasonal Performance
Annual energy modeling with seasonal COP and geothermal capacity factor across the full 8,760-hour year.
Lifecycle Economics
Financial parameters and optimization economics today; the complete technoeconomic report arrives with the full model release.
Start Your Geothermal Project
Geothermal is included in the free trial and in the Full Platform plan. A standalone Geothermal Suite subscription is on the way.