• Micro Combined Heat and Power (CHP) is a system that converts fuel, like gas or oil, into both electricity and heating. By using both the electricity and the heat produced, the overall efficiency of the system can be as high as 95%.

• ICE Renewables are able to source a range of EC Power Micro CHP units including a 15kW gas CHP unit capable of producing between 15kW of electricity and 30kW of heating.

• CHP can provide lower heating and electricity costs- Savings can be between 15% and 40% compared to imported electricity and onsite boilers

• CHP systems can be designed to continue to operate and serve essential loads during an interruption to mains power supplies, increasing security of energy supplies.

• Provides roughly 2 units of heating for every 1 of electricity produced.

• Siting an onsite CHP unit within the electricity grid can strengthen the network and remove the need for network operators to upgrade the system.

• Buildings with a constant heating and electricity demand. E.g. properties with a swimming pool etc.

• Properties with access to mains gas

PERFORMANCE

Mechanical performance at 1535 r/min _ 16.5 kW

Electrical efficiency – maximum ____ 30% +/- 0.5 %

Electrical output ________________ 15.2 kW (modulating from 6 kW)

Thermal output _________________ 30 kW (modulating from 17 kW)

Electrical efficiency at partial load __ More than 27% at > 9 kW elec.

Total efficiency _________________ Up to 92%

Consumption ___________________ 26-50 kW

SYSTEM COMPONENTS 

Engine ____________________ Toyota Industries 

Fuel __________________________ Natural gas, LPG, Butane, Propane, Biogas  

Cooling _______________________ Water cooled, engine and exhaust gas 

Number of cylinders _____________ 4 

Generator 

Operating type _________________ Asynchronous 

Voltage _______________________ 3 PHASE, 400V

PERFORMANCE

Mechanical performance at 1535 r/min _ 18.5 kW

Electrical efficiency – maximum _____ 35% +/- 1% (GCV) 

Electrical output _________________ maximum 4 – 17 kWe

Thermal output _________________ maximum 11 – 26 kWt

Electrical efficiency by varying load _ More than 33% by load >10 kW elec.

Total efficiency _________________ More than 85% by load >10 kW elec

Consumption at maximum load_____ 4.8 ltr/hr

SYSTEM COMPONENTS 

External dimensions_____________ (H x B x D) 700 x 700 x 1680mm (475 ltr) 

Engine ____________________ ECP modified Same-Deutz 

Fuel __________________________ Diesel (EN590)  

Cooling _______________________ Water cooled 

Number of cylinders _____________ 3 

Generator

Operating type _________________ Asynchronous 

Voltage _______________________ 3 PHASE, 400V