(1) It adopt the dragon type cylinder which be founded by high strength cast iron, and made by the multi process machining shape, it has sufficient mechanical strength and stiffness which improve the stability of the genset, it is easy to maintenance and lengthen the life time and save much running cost
(2) We adopt the electronic mixer which R&D by camda itself, can use the methane component from 30% to70%, also the air/Fuel can match the best ratio, the special design can make the gas burn completely and decrease the gas consumption and can improve the engine efficiency, decrease the NOX emission, and can reach the international emission standard.
(3) It adopts the electronic ignition system ALTRONIC which R&D by Camda, which included the special hall sensor, ignition module coil, high volte wire. Camda ignition system adopts high energy ignition system it can control the exactly lighting time and start very rapidly, so it reduce the knocking ratio of the genset and improve the stability.
(4) Installed with special high precision Governor, Camda gas genset has the performance of high precision, strong load rising ability and short time recovering.
(5) Each cylinder adopts four valve design, enlarges the area of air intake and exhaust to the most extant, increases the air input, torque and the engine power, so the genset can have the strong ability for impact load.
(6) The crankshaft is casted by the high strength alloy iron, it improves the overall strength and rigidity, makes the crankshaft has a long service life
CHP gas generator/CNG gas generator/Bio-gas generator/CHP gas genset with CE and ISO Certificate Quality Control
What is cogeneration system, or CHP system?
Cogeneration (also combined heat and power, CHP) is the use of a heat engineor a power station to simultaneously generate both electricity and useful heat. Thermal power stations, e. G. Fueled by coal, and heat engines in general, can be installed with cogeneration systems. Those systems fail to convert all its thermal energies into power, and thus this proportion of waste heat can be utilized through CHP.
Cogeneration on heat engines, (including those running on diesel, petroleum, and gas), recovers heat mostly from exhaust gas, jacket water, and sometimes from intercooler through heat exchangers. In this way, CHP can take place of standard cooling system of heat engines, like a fan radiator. It absorbs heat from the engines and converts it to either warm water (for household heating) or steam (for industrial boiler) depending on final applications.
Camda's gas engine with cogeneration?
CHP Type Gas Generator Structures
Gas generator
Heat exchanger for exhaust gas
Heat exchanger for cooling water
Hydraulic systems (water pump, expansion tank, pipes)
Our company can offer diesel generator set, gas generator set, biogas generator set, Auto transfer Switch, Parallel cabinet, generator parts and so on.
Our company established in 1998, 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 more than 5000 pieces annually.
For gas generator, presently can supply natural gas and biogas generator from Waukesha, MAN, Daewoo and Guascor. We are the sole distributor of Waukesha in China. Our own brand gas generator has been displayed at Shanghai Expo 2010. Camda gas genset is currently in service in UK, Russia, Italy, Iran and many other countries.
