Table des matières
- Combined Heat and Power (CHP), or cogeneration, produces electricity and useful heat from a single fuel source. Instead of venting engine or turbine exhaust and jacket heat, a CHP plant captures it for space heating, process steam, or domestic hot water - lifting total fuel efficiency from ~40% (grid power alone) to 75-90%.
- CHP handles the high-grade heat loop (water/steam). But buildings paired with CHP still vent conditioned air through ventilation. An air-to-air heat exchanger on the HVAC side captures the remaining low-grade exhaust energy, complementing the CHP water loop.
- Hospitals and campuses with steady year-round thermal demand. Industrial sites needing both power and process heat. District heating schemes feeding multiple buildings.
- CHP is most economic when the heat demand is continuous and matches the engine's output. Oversized CHP that dumps heat wastes the advantage. Pair it with waste-heat recovery basics: capture every grade of heat, high to low.
- With volatile energy prices, well-matched CHP often pays back in 3-6 years and cuts site CO2 by 20-30%. Validate with a payback calculation before committing.
Combined Heat and Power (CHP), or cogeneration, produces electricity and useful heat from a single fuel source. Instead of venting engine or turbine exhaust and jacket heat, a CHP plant captures it for space heating, process steam, or domestic hot water - lifting total fuel efficiency from ~40% (grid power alone) to 75-90%.
CHP handles the high-grade heat loop (water/steam). But buildings paired with CHP still vent conditioned air through ventilation. An air-to-air heat exchanger on the HVAC side captures the remaining low-grade exhaust energy, complementing the CHP water loop.
- Hospitals and campuses with steady year-round thermal demand.
- Industrial sites needing both power and process heat.
- District heating schemes feeding multiple buildings.
CHP is most economic when the heat demand is continuous and matches the engine's output. Oversized CHP that dumps heat wastes the advantage. Pair it with waste-heat recovery basics: capture every grade of heat, high to low.
With volatile energy prices, well-matched CHP often pays back in 3-6 years and cuts site CO2 by 20-30%. Validate with a payback calculation before committing.