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 |
KUBOTA Gas Generator Features
WG1605N
Emissions
Kubota’s WG1605N engine has been designed to comply with EPA Tier 2 / CARB Tier 3.
Fuel Flexibility
The installation compatibility that exists between Spark-Ignition engines (SI) and Compression-Ignition engines (CI) is convenient for customers who need fuel flexibility for their products. The Kubota WG1605 includes gasoline, LPG, and natural gas versions, as well as dual and multiple fuel versions. Options include gasoline and LPG, LPG and natural gas, and gasoline, LPG and natural gas.
Durability and Reliability
Kubota’s WG1605 SI engines are designed after Kubota 05 Series diesel (CI) engines and offer performance similar to our turbo diesel engines, which are known worldwide as reliable industrial engines. The WG1605 engine offers very low vibration and extremely low noise.
WG2503N
Emissions
Kubota’s WG2503N engine has been designed to comply with EPATier 2 / CARB Tier 3.
Fuel Flexibility
The installation compatibility that exists between Spark-lgnition engines (Sl) and Compression-lgnitionengines (Cl) is convenient for customers who need fuel flexibility for their products. The Kubota WG2503includes gasoline, LPG, and natural gas versions, as well as a dual fuel (gasoline and LPG) version.
Durability and Reliability
Kubota’s wG2503 Sl engines are designed after Kubota 03 Series diesel (Cl) engines. While keeping thesame footprint as the V2403 diesel, they offer performance similar to that of our turbo diesel engines, whichare known worldwide as reliable industrial engines. The Kubota WG2503 engine offers very low vibration andextremely low noise.
WG3800N
Emissions
Kubota’s WG3800N engine has been designed to comply with EPA Tier 2 / CARB Tier 3.
Fuel Flexibility
The installation compatibility that exists between Spark-Ignition engines (SI) and Compression-Ignition engines (CI) is convenient for customers who need fuel flexibility for their products. The Kubota WG3800 includes gasoline, LPG, and natural gas versions, as well as a dual fuel version (gasoline and LPG) to meet customer needs.
Durability and Reliability
Kubota’s WG3800 SI engines are designed based on Kubota V3800 diesel (CI) engines, which are known worldwide as reliable industrial engines and feature combustion chambers, as well as fuel and ignition systems dedicated for SI engines. The WG3800 engine offers very low vibration and extremely low noise.
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