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560 kW open-type biogas generator set 560 kW open-type cogeneration plant
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500 kW natural gas generator set
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300 kW containerized gas generator set
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1400 kW natural gas generator set
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1200 kW containerized gas generator set
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1600 kW natural gas generator set
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Methanol generating set
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Compressor
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400 kW biogas generator set
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250 kW containerized gas generator set
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560 kW open-type biogas generator set 560 kW open-type cogeneration plant
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160 kW biogas generator
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1200kw containerized diesel generator set
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30-90 kW biogas plant
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200 kW biogas generator
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1000 kW natural gas generator set
200 kW natural gas cogeneration plant (CHP)
Rated power: 200 kW
Rated voltage: 220/380V
Rated frequency: 50Hz
Rotation speed: 1500 rpm
Description
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Technical Parameters
Technical characteristics of a gas cogeneration plant with a capacity of 200 kW
Generator Set Parameters
Installation model: AMC200NC/NSC Rated power: 200 kW Rated voltage: 220/380 V Rated frequency: 50 Hz Engine speed: 1500 rpm
Waste heat recovery parameters
Thermal power: 269.7 kW Hot water production: 11.02 t/h Thermal efficiency: 50.3% Integrated cogeneration efficiency: 87.6%
Engine Specifications
Compression ratio: 11:1 Intake system: Supercharged with intercooling Fuel control mode: lean burning, closed loop control Type of speed control: electronic speed control
Dimensions of open installation (length × width × height), mm: 3800 × 1450 × 1780 Weight of open installation, kg: 2950
Dimensions of the noise protection system (length × width × height), mm: 4000 × 1450 × 1800 Weight of the noise protection system, kg: 3450
Notes
1. Hot water production: for models with a power of less than 50 kW, the calculation is carried out at an inlet water temperature of 50 °C, outlet water temperature - 70 °C; for models with a power of 75 kW and above, the calculation is carried out at an inlet water temperature of 70 °C, outlet water temperature - 90 °C.
2. Power output values are calculated according to ISO 3046/1 standard under the following atmospheric conditions: ambient temperature 25 °C, atmospheric pressure 100 kPa, relative humidity 30%.
3.All presented parameters are valid when using natural gas with a methane number MN > 80 and a lower calorific value LHV ≥ 31.4 MJ/Nm³.
Technical advantages
1. Cost-effective
Optimizing the air-fuel ratio reduces exhaust gas temperatures, extends engine life and reduces maintenance costs.
Precise control of the gas combustion process increases fuel efficiency by 5–10% compared to analogues.
The control system is certified by China Maritime Classification Society (CCS). The equipment is highly reliable and stable, and operating costs over its entire service life are minimal.
2. Fast response to load
Fuel delivery is regulated by supersonic gas injectors, which ensures instantaneous engine response to load changes and can withstand sudden intermittent connections and disconnections of heavy shock loads. We have accumulated extensive experience in the successful operation of equipment at large oil and gas fields (drilling complexes, hydraulic fracturing installations), as well as at industrial enterprises with variable load conditions.
3. Environmental emissions indicators
Exhaust gas indicators comply with Euro-5 standards or the T3 standard for off-road vehicles and higher.
The concentration of nitrogen oxides NOx is less than 200 parts per million (ppm).
4. Additional benefits
Short delivery time: the minimum delivery time for equipment is 1 week.
Integrated plug-and-play design: complete commissioning and power supply possible in one working day, installation is easy to transport and transfer between sites.
Comprehensive multi-level equipment protection system; more than 20 years of project implementation without accidents.
Regular software updates service throughout the entire service life, the ability to remotely monitor the condition of the gas station from anywhere around the clock.
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