MWM TCG 2020 Gas Engine for Cogeneration and Biogas Power Generation 1.0-1.56 MW

Gas engine for generator sets and CHP plants, built as a V-engine in 12 and 16 cylinder versions from 1,000 to 1,560 kW. It runs on a wide range of gases, including natural gas, mine gas, landfill gas, and sewage gas, so it suits biogas and waste gas plants as well as natural gas sites. The intake system, combustion chamber, and spark plugs are optimised for efficiency, with fuel savings of up to 15% per year and oil consumption 50% lower than comparable units, according to the manufacturer. The TEM and TPEM controls manage the engine and multi-module systems, and individual cylinder temperature monitoring with anti-knock control keeps operation stable when the gas composition changes. The engine works in high-efficiency CHP plants and in standalone solutions with load compensation and zero-start capability. Used in cogeneration plants, biogas plants, landfill gas sites, wastewater treatment plants, mines, district heating, and industrial power generation.

Suitable for

Gas engine, CHP engine, cogeneration engine, biogas engine, landfill gas engine, sewage gas engine, mine gas engine, natural gas engine, gas generator set, gas genset, combined heat and power, V12 gas engine, V16 gas engine, wastewater treatment power, district heating, industrial power plant, load compensation, island operation

Technical Specifications

• Brand: MWM
• Model: TCG 2020
• Machine type: Gas engine for generator sets and CHP
• Power range: 1,000 to 1,560 kW
• Fuels: Natural gas, mine gas, landfill gas, sewage gas, and other gases
• Control: TEM and TPEM engine and multi-module control
• Monitoring: Individual cylinder temperature monitoring, anti-knock control
• Operation: Load compensation, zero-start capability

V12 1000 kW

• Cylinders: 12
• Electrical power: 1,000 kW
• Average effective pressure: 15.5 bar
• Thermal power: 1,056 kW
• Electrical efficiency: 43.0%
• Thermal efficiency: 45.4%
• Overall efficiency: 88.4%

V12 K1 1000 kW

• Cylinders: 12
• Electrical power: 1,000 kW
• Average effective pressure: 15.5 bar
• Thermal power: 1,191 kW
• Electrical efficiency: 40.0%
• Thermal efficiency: 47.6%
• Overall efficiency: 87.6%

V12 K 1125 kW

• Cylinders: 12
• Electrical power: 1,125 kW
• Average effective pressure: 17.4 bar
• Thermal power: 1,267 kW
• Electrical efficiency: 40.7%
• Thermal efficiency: 45.8%
• Overall efficiency: 86.6%

V12 1200 kW

• Cylinders: 12
• Electrical power: 1,200 kW
• Average effective pressure: 18.6 bar
• Thermal power: 1,189 kW
• Electrical efficiency: 43.7%
• Thermal efficiency: 43.3%
• Overall efficiency: 87.0%

V16K 1500 kW

• Cylinders: 16
• Electrical power: 1,500 kW
• Average effective pressure: 17.5 bar
• Thermal power: 1,688 kW
• Electrical efficiency: 40.8%
• Thermal efficiency: 45.9%
• Overall efficiency: 86.7%

V16 1560 kW

• Cylinders: 16
• Electrical power: 1,560 kW
• Average effective pressure: 18.1 bar
• Thermal power: 1,576 kW
• Electrical efficiency: 43.3%
• Thermal efficiency: 43.8%
• Overall efficiency: 87.1%

Contact for price and viewing.

Disclaimer

The above description is provided for informational purposes only. Specifications are based on available information. Buyer is responsible for independent verification prior to purchase.