CAMDA Gas Genset with CHP System
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
l Total unit efficiency exceeds 80%
l Low investment cost
l Combine energy distribution
l Reduce carbon footprint
|
Genset Model |
KDGH25-G |
KDGH50-G |
KDGH100-G |
KDGH120-G |
KDGH500-G |
|
Genset Rated Power (kW/KVA) |
25/31 |
50/63 |
100/125 |
120/150 |
500/625 |
|
Engine Model |
HG4B |
HG6B |
HGN14 |
HGN14 |
HGK38 |
|
Engine Rated Power (KW) |
33 |
56 |
135 |
135 |
550 |
|
Type |
Inline, four stroke, electronic-control spark plug ignition, water-cooling, dry cylinder jacket, premix proper ratio of air and gas before combustion |
Inline, four stroke, electronic-control spark plug ignition, water-cooling, wet cylinder jacket, premix proper ratio of air and gas before combustion |
Vee, 12 cycle, inter-cooling, Turbocharger, wet cylinder jacket, 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 |
12 |
|
Bore x Stroke(mm) |
102*120 |
102*120 |
140*152 |
140*152 |
159*159 |
|
Displacement (L) |
3.92 |
5.88 |
14 |
14 |
37.8 |
|
Compression ratio |
11.5:1 |
11.5:1 |
11.5:1 |
11.5:1 |
9:1 |
|
Rated speed (r/min) |
1500 |
|
Fuel |
Natural gas or biogas |
|
Gas consumption ratio (g/kWh ) |
≤ 230 g/kWh ( 0.30 m3/kW@h)(97% natural gas) |
|
Ignition order |
1-3-4-2 |
1-5-3-6-2-4 |
|
|
Idling speed(r/min) |
700 |
|
Oil recommended |
SAE 15W/40CD CNG special lube oil |
|
Oil consumption |
≤1.0g/kW.h |
|
The highest exhaust(ºC) |
≤600 |
Camda New Energy Equipment Co., Ltd Established in 1998, Camda began to engage in manufacturing and servicing DIESEL GENERATOR, supplying a wide range of products, such as Cummins, Perkins, Lovol, Daewoo, Deutz, etc. With production reaching 5000 pieces annually, Camda diesel generator includes:
Cummins: Prime power 18kw (22.5kVA) - 1080kw(1350kVA)
Perkins: Prime power 8kw (10kVA) - 1800kw ( 2250kVA)
Daewoo: Prime power 130kw (162kVA) - 600kw (750kVA)
Deutz: Prime power 20kw (25kVA) - 120kw (150kVA)
For GAS GENERATOR, presently Camda can supply natural gas and biogas generator from GE Jenbacher, Wachesha, Daewoo. We are the most important distributor of GE Jenbacher and Wachesha in China. Our own brand gas generator, Camda H series, is developed by us in cooperation with Cummins and has been displayed at Shanghai Expo 2010. Camda gas genset is in service in UK, Russia, Italy, and many other countries, with power ratings:
Camda H series: 24kw (30kVA) - 500kw (625kw)
Daewoo: 100kw (125kVA) - 310 (387.5kVA)
Camda also is an experienced package system supplier engaged in biogas production and power generation. We can take projects from conception to implementation, including design, project management, manufacturing, installation and commissioning. Camda's biogas power plant covers landfill, farm waste, and food waste.
Accomplished around 170 biogas power plants in China.
Investing and operating 2 landfill site (CDM project), fitted up with gas generator with power output of 10 MW.
Built up a demo project processing 10 tons/day of food waste.
