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Distributed energy
Distributed energy can make rational use of resources, reduce consumption and pollution, which also can be operated flexibly and economical.
| Distributed Energy Features | CHP of heat and power features |
| 1.Energy efficiency: above 84%; 2.Cascade utilization of energy can be realized; 3.Customized to provide resources and environmental benefits Maximize the efficiency of power solution |
1.CHP – A mode of energy in which electricity and heat coexist 2.Distributed energy supply 3.Operated in grid-connected or isolated mode 4.Further use of generator waste heat to improve utilization rate |
Cascade utilization of energy
| 100%FUEL ↓ |
|||
| High temperature
Above 700 ℃ |
Moderate temperature
120℃-550℃ |
Low temperature Below 120 ℃↓ |
Emission ↓ |
| 40% electricity | heat with Cooling steam | heating and desiccant application | 15% emissions |
MAN Gas Generator Features
Long cycle, long life span, low operating costs
MAN gas engines are used in CHP projects, which are with low emission. MAN gas engine power range is from 37 kw to 580 kw. If with special gas like biogas, landfill gas, sewage, the engine power range is from 68 kw to 580 kw. MAN gas engine is with its highest reliability, energy efficiency and excellence, specifically for natural gas and special gas application and development. The engine can achieve a comprehensive efficiency of more than 90% through the best combustion process. It also can achieve the lowest emissions by use of ternary catalytic converters.
MAN gas engines have been well proven in agriculture, cities, hotels, hospitals and many other industries due to their durability and high performance in high-load operation.
▪ High power supply and maximum power supply
▪ Lower lubricant and fuel consumption levels & longer maintenance cycles to reduces operating costs for customers
▪ Efficient reduction of tailpipe emissions through state-of-the-art fuel technology
▪ Compact design & space saving
▪ High reliability through practical testing
▪ Targeted design to extend the life cycle
