2000 kW gas power plant

Invites you to explore our power generation equipment.

Gas piston power plants produce electricity from various types of gas fuel.

Power plants operate on:
natural gas,
biogas,
associated gas,
mine gas,
wastewater treatment plant gas,
landfill gas.

Gas piston power plants have a simple and reliable design, proven over decades of operation in a wide range of climatic conditions. The electrical efficiency of gas piston power plants is considered high, compared to, for example, turbines and microturbines, and when operating on high-quality natural gas, it is approximately 39-50%.

This means that to produce the same amount of electricity, gas piston power plants consume one-third (!) less natural gas than turbines.

Gas piston power plants are available in a wide range of unit electrical power ratings, from 200 kW to 100 MW. This is the primary power range. This means that consumers can obtain virtually any electrical power rating from a stand-alone gas piston power plant in the low and medium ranges.

Technical specifications of the 2000 gas piston generator:

Power, kW 2000

Rotation speed, rpm 1500 (50 Hz)

Mean effective pressure, bar 18.6

Exhaust gas temperature (approx.), °C 424

Wet exhaust gas mass (approx.), kg/h 10688

Combustion air quantity (approx.), kg/h 10349

Supply air temperature (min./opt.), °C 20/25

Supply air quantity (approx.), kg/h 49239

Cylinder bore/stroke, mm 170/195

Displacement, dm3 88.5

Compression ratio 13.5:1

Average piston speed, m/s 9.8

Lubricating oil capacity, dm³ 300

Average oil consumption at full load, g/kWh 0.20

Generator efficiency, % 97.3

Electric power at generator terminals, kW 2000

Cooling jacket heat transfer capacity (± 8%), kW 978

Second-stage intercooler heat transfer capacity (± 8%), kW 178

Exhaust heat transfer capacity, cooled to 120°C (± 8%), kW 1012

Engine heat radiation, kW 70

Generator heat radiation, kW 56

Fuel consumption capacity (+ 5%), kW 4583

Electrical efficiency, % 43.7

Thermal efficiency, % 43.3

Overall efficiency, % 87.0

Cooling jacket flow rate (min/max), m³/h 60/85

Engine KVS coefficient, m³/h 66.0

Intercooler coolant flow rate, m³/h 40

Intercooler KVS coefficient, m³/h 72

Cooling jacket volume, dm³ 210

Intercooler coolant volume, dm³ 52