Power and Heat,
engineered as one.
With utility power prices rising sharply across North America, industrials with both heat and power needs can leverage CHP to control energy costs and reliability.
System energy efficiency achievable with CHP
potentially cost savings from on-site energy costs
Technology Agnostic Project Development
we leverage several technologies as primary movers for CHP systems, each with its own benefits and considerations
Gas Turbines
High-capacity power output with substantial recoverable exhaust heat — built for large continuous loads.
Reciprocating Engines
Fuel Cells
Power-led or heat-led. The site decides.
Solving primarily for power.
Heat recovery becomes the productive by-product. Ideal where electricity is the limiting resource.
- Site's electric demand is larger or more critical than its heat demand
- Electricity reliability is the biggest risk to operations
- Cost of electricity is rising or expected to rise sharply
Solving primarily for thermal.
Power is generated as a by-product, either consumed on site or exported. Ideal where heat drives the process.
- Site's thermal demand is larger or more critical than its power demand
- Electricity reliability is not a major risk to operations
Efficiency that translates directly to lower emissions.
Beyond the economic benefits, CHP has the potential to lower carbon emissions of the system due to its ability to reach energy efficiencies of 60–80%.
Combined efficiency of separate heat & grid power
Recovered heat plus on-site power generation