ABOUT CHP
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 |
CCEC Gas Generator Features
CCEC, as Cummins’ largest professional manufacturer of heavy-duty and high-power engines in China, has always been committed to exploring new engine technologies and starting the development of clean energy utilization.
▪ Universal adaptation of gas sources
Widely applicable to pipeline natural gas, biogas, landfill gas, oilfield associated gas, etc.
▪ Start automatic adaptation
Through the system’s automatic scanning capability, it can automatically adjust the air fuel ratio, reduce manual adjustment, and ensure smooth start-up.
▪ Stable and reliable control
Through Cummins mature gas system and control strategy, ALB Lean-burn technology, the engine works stably and reliably.
▪ Professional one-stop service
Through remote network teaching, on-site practical training, Internet of Things and Big data support, one-stop service and professional team ensure stable and efficient operation of equipment.
▪ Lower maintenance costs
Low oil consumption, long oil change cycle, and 80% of parts are universal.
▪ Aftercooling system
The 2 pump 2 loop cooling system has high cooling efficiency, improves intake density,and ensures sufficient intake volume.
▪ Low NOx emissions
Multiple emission stage can be selected, and without post-treatment equipment, NOx can be as low as 150PPM.
▪ Safety design and verification
Key components have been specially desiqned and validated based on the application characteristics of gas engines.
| Model | Engine | Electrical Power KW | Efficiency(%) | Gas Consumption | Nox mg/m3 | |
| LEES | CCEC | Electrical | Thermal | Nm3/h | ||
| LSC350NGE3 | K19N-G3 | 350 | 38 | 45 | 95.4 | 500 |
| LSC400NGE3 | K19N-G4 | 400 | 38 | 45 | 101.2 | 500 |
| LSL325GSE3 | K38N-G6 | 600 | 42 | 45 | 158.5 | 500 |
| LSC800NGE3 | K38N-G8 | 800 | 42 | 45 | 206.8 | 500 |
| LSC1000NGE3 | K50N-G10H | 1000 | 42 | 45 | 252.9 | 500 |
| LSC1200NGE3 | K50N-G12H | 1200 | 42 | 45 | 279.3 | 500 |
| Model | Engine | Electrical Power KW | Efficiency(%) | Gas Consumption | Nox mg/m3 | |
| LEES | CCEC | Electrical | Thermal | Nm3/h | ||
| LSC400NGE3-6 | K19N-G4S | 400 | 38 | 45 | 107.9 | 500 |
| LSC600NGE3-6 | K38N-G6S | 600 | 42 | 45 | 168.6 | 500 |
| LSC800NGE3-6 | K38N-G8S | 800 | 42 | 45 | 213.5 | 500 |
| LSC1000NGE3-6 | K50N-G10S | 1000 | 42 | 45 | 261.3 | 500 |
| LSC1200NGE3-6 | K50N-G12HS | 1200 | 42 | 45 | 279.3 | 500 |
Let's chat!
Feel free to contact me, and I will be more than happy to answer all of your questions.