• best superpower natural gas generator
  • best superpower natural gas generator
  • best superpower natural gas generator
  • best superpower natural gas generator
  • best superpower natural gas generator
  • best superpower natural gas generator
  • best superpower natural gas generator
  • best superpower natural gas generator
  • best superpower natural gas generator
  • best superpower natural gas generator

best superpower natural gas generator

best superpower natural gas generator 

Genset dimensions and weight




A  4618M
B 1992M
C 2280M
W 11000KG

  • best superpower natural gas generator
  • best superpower natural gas generator
  • best superpower natural gas generator
  • best superpower natural gas generator
  • best superpower natural gas generator

Description

best superpower natural gas generator 

YC16VTDG-1000N5LC series gas genset is an automatic genset

independently developed by Yuchai based on years of market

application experience by introducing advanced genset technologies at

home and abroad. The genset is equipped with a mature gas control

system. After Yuchai's rigorous mechanical development verification

and standardized combustion development technology optimization,

this series of gas genset is characterized by high reliability, high

efficiency and environmental friendliness, and low maintenance cost,

and can meet the needs of different users.

Genset parameters

Model .............................................................YC16VTDG-1000N5LC

Rated power.......................................................... 1000kW/1250kVA

Rated speed.........................................................................1500r/min

Rated voltage...........................................................................400V

Rated current ........................................................................... 1804.3A

Frequency....................................................................................50Hz

Power factor....................................................................0.8(lagging)

Electrical efficiency......................................................................≥42%

Gas consumption ..................................................................245.5m³/h

Noise.......................................................................≤100.3dB(A)@1m

Starting mode.......................................................................Electronic

Heat balance parameters

Coolant heat of cylinder liner (±8%) ....................................... 328kW

Coolant heat of oil cooler (±8%).............................................. 197kW

Coolant heat in the primary stage of intercooler (±8%)........... 139kW

Total coolant heat of high-temperature cooling system(±8%)

.............................................................................................. 664kW

Coolant heat in the secondary stage of intercooler(±8%)

..................................................................................................102kW

Total coolant heat of low-temperature cooling system (±8%)

.................................................................................................102kW

Waste heat of exhaust gas (with the exhaust gas temperature up to

120°C) (±8%): ........................................................................621kW

Total radiant heat (±8%) .......................................................... 84kW

Cooling parameters

Flow rate of High-temperature circulating cooling liquid

.............................................................................................. 60m³/h

Inlet temperature of High-temperature circulating cooling

liquid (±2%) ......................................................................... 75.1℃

Outlet temperature of High-temperature circulating cooling

liquid (±2%) ................................................................................ 86℃

Flow rate of low-temperature circulating cooling liquid..............60m³/h

Inlet temperature of Low-temperature circulating cooling

liquid (±2%) ................................................................................ 40℃

Outlet temperature of Low-temperature circulating cooling

liquid (±2%) ............................................................................. 41.7℃

Intake and exhaust parameters

Air intake........................................................................ 5253.2kg/h

Gas intake.......................................................................... 184.1kg/h

Exhaust flow ..................................................................5437.3kg/h

Exhaust temperature after turbocharger (±5%)......................... 410℃

Alternator parameters

Alternator model .............................................................YC-1000-4L

Wirin mode ............................. three-phase four-wire system (Y type)

Voltag regulation mode................................................................AVR

IP grade ......................................................................................... IP23

Insulation class................................................................................. H

Temperature Rise Rating ................................................................. F

Engine parameters

Engine model. . . . . . . . . . . . . . . . . . . . . . . . . . .. ..YC16VTD1830N-D30

Rated power ........................................................................... 1220kW

Rated speed ........................................................................ 1500r/min

Number of cylinders........................................................................ 16

Form.............................................V-type, four-stroke, water-cooling

Bore × stroke.........................................................152mm×180mm

Displacement............................................................................52.3L

Control system ..........................................................................ECU

Oil consumption rate...................................................... ≤ 0.3g/kWh

Coolant capacity (excluding radiator) ......................................... 170L

Oil capacity ...............................................................................280L

Overhaul interval....................................................................40000h

Test conditions

Calorific value of gas ...................................................... 9.7kWh/m³

Volume content of methane........................................................≥96%

Gas temperature ....................................................................10~40℃

Gas intake pressure(Before regulator)...........................30~50kPa

Gas intake pressure(After regulator).................................8~15kPa

Air intake negative pressure ...................................................>-3kPa

Exhaust back pressure.............................................................. <5kPa

Absolute atmospheric pressure...........................................101.32kPa

Ambient temperature...................................................................25℃

Relative humidity...................................................................... ≤30%

Altitude .................................................................................≤1000m

Note:

①All data of the gas generator set is measured under the above test

environment.

②Coolant is based on 50% glycol solution.

OPTIONAL CHP 

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