Product Specifications For 50KW Biomass Gas Generator

Product Specifications For 50KW Biomass Gas Generator Featured Image
  • Product Specifications For 50KW Biomass Gas Generator

Short Description:

The gas generator adopts the base gas engine of HuaBei diesel engine factory, which is authorized by DEUTZ. The engine is German technology.

Engine’s gas mixture system,ignition and control system are independently matched and optimized by NPT, which are reliable and durable.


Product Detail

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Generator Set Specifications

Genset Model 50 GFT
Structure integrated
Exciting Method AVR Brushless
Rated Power ( kW/kVA ) 50/62.5
Rated Current ( A ) 90
Rated Voltage ( V ) 230/400
Rated Frequency ( Hz ) 50/60
Rated Power Factor 0.8 LAG
No Load Voltage Range 95% ~ 105%
Stable Voltage Regulation Rate ≤±1%
Instantaneous Voltage Regulation Rate ≤-15% ~ +20%
Voltage Recover Time ≤3 S
Voltage Fluctuation Rate ≤±0.5%
Instantaneous Frequency Regulation Rate ≤±10%
Frequency Stabilization Time ≤5 S
Line-voltage Waveform Sinusoidal Distortion Rate ≤2.5%
Overall Dimension ( L*W*H ) ( mm ) 2100*800*1600
Net Weight ( kg ) 1150
Noise dB ( A ) ＜93
Overhaul Cycle ( h ) 25000

Engine Specifications

Model ND68D6TL ( Deutz Technology )
Type Inline, 4 strokes, electric control ignition, pre-mixed lean burn, turbocharged and inter-cooled
Cylinder Number 6
Bore*Stroke ( mm ) 105*130
Total Displacement ( L ) 6.754
Rated Power ( kW ) 60
Rated Speed ( r/min ) 1500/1800
Fuel Type Biomass gas
Oil (L) 14

Control Panel

Model 50KZY, NPT Brand
Display Type Multi-function LCD display
Control Module HGM9320 or HGM9510, Smartgen brand
Operation Language English

Alternator

Model XN224E
Brand XN ( Xingnuo )
Shaft Single bearing
Rated Power ( kW/kVA ) 50/62.5
Enclosure Protection IP23
Efficiency ( % ) 88.6

CHP(steam type) System Process Schematic Diagram

12

In areas with cold winters, it is common to connect pipes to the radiator of a car engine and introduce hot water into the cabin for heating. At this time, the engine becomes a combined heat and power (and mechanical power) equipment. This example illustrates the view that the deployment of cogeneration depends on whether the use of heat is concentrated near the heat engine.

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