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Type 8300 supercharged gas generator set：
This type of supercharged gas generator set is matched with an axial flow supercharger; the balanced crankshaft is designed to improve the balance performance of the shaft system and reduce the vibration of the unit; it adopts an MMPC exhaust system and adds a water-cooling structure to reduce radiant heat; it adopts PLC intelligent air conditioning The fuel ratio control system and electronic speed regulation system not only improve the power generation efficiency of the unit, but also ensure the reliability and stability of the unit's operation.
This type of unit with CH4 as the main gas component has a power of 1000kW.
Unit introduction：
Zichai 300 gas gas generator set uses coal mine gas as fuel, and its technical level is among the most advanced in the country. The rated power range of the unit is 400-1000kW, which is suitable for coal mines with low gas concentration and large gas source fluctuations. It is suitable for a gas concentration range of 8%. The low-concentration gas unit has outstanding advantages.
Zichai technical advantages:
1. It is suitable for a wide range of gas concentration, ranging from 8% to 60%. It is suitable for the characteristics of large fluctuations in coal bed methane gas sources and can ensure that the output power of the unit remains constant.
2. Multiple lines of defense have been set up to ensure the operation of the coal bed methane unit. The low-concentration gas transportation system adopts measures such as flame cold wall extinguishing and fire blocking, wet water sealing fire blocking, and fine water mist accompanying to ensure transportation.
3. Use self-controlled gas mixing technology, coupled with reasonable gas distribution timing and ignition advance angle, to achieve gas combustion.
4. Advanced monitoring and control systems make maintenance operations easier.
5. Design an exhaust gas waste heat utilization system to fully utilize the heat of high-temperature flue gas to achieve combined heating, power and cooling, so that the total heat utilization rate of the burned gas reaches more than 70%.
6. It can output high, medium and low voltage to meet the different needs of users, avoid the initial investment of purchasing transformers, reduce copper losses and reduce operating costs.
Type 8300 supercharged gas generator set：
This type of supercharged gas generator set is matched with an axial flow supercharger; the balanced crankshaft is designed to improve the balance performance of the shaft system and reduce the vibration of the unit; it adopts an MMPC exhaust system and adds a water-cooling structure to reduce radiant heat; it adopts PLC intelligent air conditioning The fuel ratio control system and electronic speed regulation system not only improve the power generation efficiency of the unit, but also ensure the reliability and stability of the unit's operation.
This type of unit with CH4 as the main gas component has a power of 1000kW.
Unit introduction：
Zichai 300 gas gas generator set uses coal mine gas as fuel, and its technical level is among the most advanced in the country. The rated power range of the unit is 400-1000kW, which is suitable for coal mines with low gas concentration and large gas source fluctuations. It is suitable for a gas concentration range of 8%. The low-concentration gas unit has outstanding advantages.
Zichai technical advantages:
1. It is suitable for a wide range of gas concentration, ranging from 8% to 60%. It is suitable for the characteristics of large fluctuations in coal bed methane gas sources and can ensure that the output power of the unit remains constant.
2. Multiple lines of defense have been set up to ensure the operation of the coal bed methane unit. The low-concentration gas transportation system adopts measures such as flame cold wall extinguishing and fire blocking, wet water sealing fire blocking, and fine water mist accompanying to ensure transportation.
3. Use self-controlled gas mixing technology, coupled with reasonable gas distribution timing and ignition advance angle, to achieve gas combustion.
4. Advanced monitoring and control systems make maintenance operations easier.
5. Design an exhaust gas waste heat utilization system to fully utilize the heat of high-temperature flue gas to achieve combined heating, power and cooling, so that the total heat utilization rate of the burned gas reaches more than 70%.
6. It can output high, medium and low voltage to meet the different needs of users, avoid the initial investment of purchasing transformers, reduce copper losses and reduce operating costs.
