DEUTZ Power Systems - Engines for Power Generation

DEUTZ Power Systems GmbH & Co. KG in Mannheim is a world leading systems supplier of complete, high efficient, environmentally-friendly decentralised energy plants based on gas and diesel engines in an output range from 180kW to 4,000kW. An independent subsidiary of DEUTZ AG, the company is identified with the reliable, uninterrupted supply of electricity, heating and cooling at all times and at any location.

The core competencies of DEUTZ Power Systems lie in the development of complete plants for the conversion of fossil and renewable fuels into electrical and thermal energy. A further company focus is the development of innovative services and technologies in all aspects of decentralised energy supply based on combustion engines. Not least, comprehensive and rapid response to customer needs in terms of new installations or service for existing installations is an important part of our corporate philosophy.

Our innovative flair and flexibility in dealing with customer requirements has made DEUTZ Power Systems a leader in the German market for engine-powered cogeneration (CHP) plants. With more than a century of experience in the development of combustion engines, we are capable of offering every customer a high technology solution precisely tailored to his requirements – for example, for cogeneration, tri-generation and HC power plants featuring combinations of gas and diesel generator sets.

GAS ENGINES FOR GAS GENERATOR SETS

The medium and large spark-ignited gas engines of DEUTZ Power Systems represent leading-edge technology and their open combustion chambers are suited to converting both natural and non-natural gases (sewage gas, landfill gas, biogas, mine gas and coke oven gas) into electricity and thermal energy in the form of both heating and cooling for cogeneration, tri-generation and HC power plants. Their efficiency level is higher than that of conventional power generation plants, and for the customer this means lower fuel consumption and lower pollution emissions.

GAS ENGINE SERIES

TCG 2015: 6 and 8 cylinder V-engines, output 180kW to 240kW at 1,500 min-1 (50 Hz), electrical efficiency 34.8% to 35.4%, useful heat from exhaust gas, cooling water and lube oil: 261kW to 351kW.

TCG 2016 K: 8, 12 and 16 cylinder V-engines, output 323kW to 700kW at 1,500 min-1 (50Hz), electrical efficiency 35.4% to 37.8 % useful heat from exhaust gas, cooling water and lube oil: 442kW to 857kW.

NEW! TCG 2016 B: 12 and 16 cylinder V-engines, output 555kW 740kW at 1,500 min-1 (50Hz), electrical efficiency 41.0% to 41.3 %, useful heat from exhaust gas, cooling water and lube oil: 495kW to 659kW.

TCG 2016: 12 and 16 cylinder V-engines, output 555kW to 800kW at 1,500 min-1 (50Hz), electrical efficiency 40.0% to 41.1% useful heat from exhaust gas, cooling water and lube oil: 556kW to 752kW.

TCG 2020 K: 12 and 16 cylinder V-engines, output 970kW to 1040kW at 1,500 min-1 (50 Hz), electrical efficiency 38.4% to 40.2%, useful heat from exhaust gas cooling water and lube oil: 1,153kW to1,548kW.

TCG 2020: 12, 16 and 20 cylinder V-engines, output 1050kW to 2,070kW at 1,500 min-1 (50Hz), electrical efficiency 41.0% to 43.0% *, useful heat from exhaust gas cooling water and lube oil: 1,229kW to 1,974kW. (* enhanced efficiency)

TCG 2032: four-stroke Otto gas engines, output 3,000kW to 4,000kW at 1,000 min-1 (50Hz), electrical efficiency 41.9%, useful heat from exhaust gas cooling water and lube oil: 3,089kW to 4,173kW.

DIESEL ENGINES FOR DIESEL GENERATOR SETS

DEUTZ Power Systems provides its customers with advanced state-of-the-art engines for generating electricity in output ranges from 638kVA to 2,539kVA. The engines meet the current exhaust emissions standards and are all double-frequency engines, providing power at 50Hz or 60Hz in every situation.

DIESEL ENGINE SERIES

TCD 2016: 12 and 16 cylinder V-engines, output 638kVA to 1,116kVA at 1,500min / 1,800 min-1 (50Hz / 60 Hz), turbo-charged, with charge air cooling and four-valve technology

TCD 2020: 12 and 16 cylinder V-engines, output 1,238kVA to 2,539 kVA at 1,500 min / 1,800 min-1 (50/60 Hz), turbo charged, with charge air cooling and four-valve technology