One System. Two Outputs. Greater Efficiency.
With on-site propane storage, CHP systems operate independently of the grid or alongside it. By generating electricity and capturing usable heat for space and water heating, they achieve significantly higher total efficiency than conventional power generation. Select configurations also offer black start capability, keeping facilities operational during outages or severe weather.
High Total System Efficiency
Generate electricity and capture usable heat from one fuel source, achieving up to 80% efficiency.
Low Total Energy Costs
Reduced reliance on the grid, lower demand charges, and improved long-term cost predictability.
Grid-Independent Energy
On-site fuel storage and black start capability enable grid-independent operation during outages.
Scalable Infrastructure
Wide range of system sizes with modular, redundant configurations — no major grid upgrades required.
High Total System Efficiency
Generate electricity and capture usable heat from one fuel source, achieving up to 80% efficiency.
Low Total Energy Costs
Reduced reliance on the grid, lower demand charges, and improved long-term cost predictability.
Grid-Independent Energy
On-site fuel storage and black start capability enable grid-independent operation during outages.
Scalable Infrastructure
Wide range of system sizes with modular, redundant configurations — no major grid upgrades required.
Turn Energy Challenges Into a Funded Opportunity
Through the Alternative Technology Demonstration & Research Program, qualifying businesses can earn compensation for incorporating propane-powered cooling, Combined Heat & Power (CHP), or solid oxide fuel cells (SOFC) into their operations — while contributing valuable real-world performance data.
Is CHP Right for Your Facility?
Energy demand, thermal load, and resiliency requirements vary across facilities. Propane CHP systems can be configured as prime power, standby power, or as part of a hybrid microgrid strategy — depending on operational goals. Below are typical CHP configurations based on facility size and operational needs.
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CHP System Applications by Scale
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Application ScaleApplication ScaleTypical Facility TypesTypical Electrical Output RangeOperating ModeThermal Output TypeModularitySmall CommercialTypical Facility Types: Offices, retail, restaurants, clinics, municipal buildingsTypical Electrical Output Range: 5 kW – 150 kWOperating Mode: Grid-parallel or standby supportThermal Output Type: Domestic hot water, light spaceModularity: Single-unit systemsMid-Scale CommercialTypical Facility Types: Multifamily, hospitality, healthcare, senior living, campus-style buildingsTypical Electrical Output Range: 150 kW – 1 MWOperating Mode: Grid-parallel, peak shaving, limited island modeThermal Output Type: Space heating, hot water, process heatModularity: Multi-unit scalable systemsLarge / IndustrialTypical Facility Types: Manufacturing, food processing, district energy, large campuses, distribution centersTypical Electrical Output Range: MW+Operating Mode: Prime power, microgrid integration, island mode capableThermal Output Type: Continuous process heat, district heating, steamModularity: Fully modular, expandable arrays
Build Your CHP Energy Strategy
Every CHP project has unique electrical and thermal demands. Connect with a propane power generation expert to evaluate load requirements and determine how a propane CHP solution can deliver efficiency, resilience, and long-term cost savings.
Propane Powers More Than CHPs
Propane supports a full range of power generation solutions, including prime and standby power, microgrids, combined heat and power (CHP), EV charging, and mobile power. Together, these applications help businesses and communities build more resilient energy strategies.
Explore Propane Power Solutions