24kW CHP Biogas Generator Set / Natural Gas Cogeneration System / CHP Power Generator

Product Overview

Description

24kW CHP Biogas Generator / Natural Gas Generator / Cogeneration / CHP Power Generator

--- An efficient Way to Use Energy

    CAMDA is not only a diesel genset supplier, but a gas genset manufacturer as well. In cooperation with China Cummins, CAMDA has developed its own H series gas generator. Such fuel as biogas, natural gas, LPG, coal bed methane, landfill gas, etc. are applicable to our gas gensets.

What is cogeneration, or CHP?

 

Cogeneration (also combined heat and power, CHP) refers to the use of a heat engine or a power station to simultaneously generates both electricity and useful heat. E.g. Thermal power stations. The heat engine can be installed with CHP system to convert the waste heat into power.

 

Cogeneration on heat engines, (including those running on diesel, petroleum, and gas), collects heat mostly from exhaust gas, jacket water, and sometimes from intercooler through heat exchangers. In this way, like a fan radiator, it replaces standard cooling system of heat engines. Besides, it can also convert the heat into either warm water (for household heating) or steam (for industrial boiler) depending on final applications.

 

Features of Camda Cogeneration System     

• Total unit efficiency exceeds 80%
• Combine energy distribution
• Reduce carbon footprint

Specification

Camda H Series Gas Generator Set Parameters
Model Item		KDGH30-G	KDGH50-G	KDGH80-G	KDGH120-G	KDGH150-G	KDGH200-G
Rated power	KW	30	50	80	120	150	200
	KVA	37.5	62	100	150	187.5	250
Rated Voltage (V) & Frequency (Hz)		380-440V(50Hz);220-480V(60Hz)
Voltage Stabilized Regulation		≤±1.5%	≤±1.5%	≤±1.5%	≤±1.5%	≤±1.5%	≤±1.5%
Voltage Instantaneous Regulation		≤±20%	≤±20%	≤±20%	≤±20%	≤±20%	≤±20%
Voltage Recovery Time (S)		≤1	≤1	≤1	≤1	≤1	≤1
Frequency Fluctuation Ratio		≤1%	≤1%	≤1%	≤1%	≤1%	≤1%
Generator Insulation Class		H	H	H	H	H	H
Noise Level (Db)		≤95	≤95	≤98	≤98	≤100	≤100
Engine Model		HG4B	HG6B	HGN14	HGN14	HGNT14	HGNT14
Aspration		Natural	Natural	Natural	Natural	Turbocharged	Turbocharged
Arrangement		Inline
Engine Type		Four stroke, electronic-control spark plug ignition, water-cooling, premix proper ratio of air and gas before combustion
Cooling Mode		Radiator fan cooling for closed-type cooling mode, or heat exchanger water cooling for cogeneration unit
Cylinders		4	6	6	6	6	6
Bore X Stroke (mm)		102*120	102*120	140*152	140*152	140*152	140*152
Displacement (L)		3.92	5.88	14	14	14	14
Compression Ratio		11.5:1	11.5:1	11 : 1	11 : 1	11:1	11 : 1
Rated Power (Kw)		36	56	145	145	200	240
Rated Speed (r/Min)		1500/1800
Fuel		Natural Gas
Gas Consumption (MJ/Kw·h)		0.3
Idling Speed (r/Min)		700
Oil Recommended		API service grade CD or higher SAE 15W-40 CF4
Oil Consumption		≤1.0g/kW.h	≤1.0g/kW.h	≤1.0g/kW.h	≤1.0g/kW.h	≤0.5g/kW.h	≤0.5g/kW.h
Exhaust Temperature		≤ 680°C	≤ 680°C	≤ 650°C	≤ 650°C	≤ 600°C	≤ 600°C
Net Weight (Kg)		900	1100	2225	2525	2525	2525
Dimension (Mm)		1850*720 *1280	2250*820 *1500	2950*1100 *1800	2950*1100 *1800	3150*1100 *1800	3150*1100 *1800

Pictures for Reference

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