Combined heat and power (CHP) is one of the most efficient methods of energy utilization. Over 90% of energy can be channelled back into efficient use. It is a highly cost-effective solution that brings many benefits.
ΔT coolant primary unit (°C) ΔT coolant secondary unit (°C) Glycol content primary unit (%)
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CHP size (kWₑₗ): 5
ΔT coolant primary unit (°C): 85 → 95
CHP size (kWₑₗ): 5
ΔT coolant primary unit (°C): 85 → 95
CHP size (kWₑₗ): 5
ΔT coolant primary unit (°C): 85 → 95
CHP size (kWₑₗ): 5
ΔT coolant primary unit (°C): 85 → 95
CHP size (kWₑₗ): 5
ΔT coolant primary unit (°C): 85 → 95
CHP size (kWₑₗ): 10
ΔT coolant primary unit (°C): 80 → 89
CHP size (kWₑₗ): 10
ΔT coolant primary unit (°C): 80 → 89
CHP size (kWₑₗ): 10
ΔT coolant primary unit (°C): 80 → 89
CHP size (kWₑₗ): 10
ΔT coolant primary unit (°C): 80 → 89
CHP size (kWₑₗ): 10
ΔT coolant primary unit (°C): 80 → 89
CHP size (kWₑₗ): 15
ΔT coolant primary unit (°C): 85 → 95
CHP size (kWₑₗ): 15
ΔT coolant primary unit (°C): 85 → 95