The gas generator set use the gas as its fuel, include 3 Phase Gas Generator, LNG, LPG generator set etc. Kingway Gas Power Department has been committed to the research and development of gas engines, has developed the controller ECU and generator radiator suitable for different gas fuels, has completely independent intellectual property rights. We can not only provide the whole gas engine, but also provide 3 phase diesel generatormodification service and design, manufacture and installation of the gas supply system (gas skid station). With the strong technology, any type of diesel engine and AC alternator can be successfully convert into single fuel or dual fuel gas engine, there is no fundamental performance difference compared to the original machine, and can be customized according to the working and environmental conditions, so the actual use effect exceeds the original machine. 3 Phase Gas Generator also popular to overseas market.
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Natural Gas Generator Set Specification |
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Model |
KGC1250NS |
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Genset Prime Power |
4*(313KVA/250KW) |
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Gas Engine |
Kingway Gas Device |
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Engine Model |
T12 |
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Engine Type |
4 Stroke, Water Cooled |
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Alternator |
Stamford / Leroy Somer / Mecc Alte / Marathon / Kingway |
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Voltage Regulation |
AVR |
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Controller |
Deepsea / ComAp / Deif / Smartgen |
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Warranty |
12 months/ 1000 working hours |
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Certification |
CE, ISO, ROHS |
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Place of Origin |
Shandong, China |
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Rated Voltage |
230/400V, 110/220V |
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Frequency |
50/60hz |
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Rated Current |
4*450A |
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Cooling Method |
Closed Water-cooled |
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Power Factor |
0.8 |
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Ignition system |
ECU |
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Starting system |
Electric Starter |
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Option |
CHP System |
As a high-power core power solution, the 1MW generator set is tailored for medium-to-large-scale electricity demand scenarios. It integrates strong power output, stable operation performance, and intelligent management functions, providing reliable backup or primary power support for key projects.
1. Core Technical Parameters (Verified by Practical Tests)
| Parameter Category | Specific Index | Practical Data Support |
| Power Output | Rated power: 1000kW (50Hz/60Hz optional); Standby power: 1100kW | In a large chemical plant's backup power project, it maintained 1000kW continuous output for 72 hours, with no power fluctuation exceeding ±0.3% |
| Fuel Efficiency | Minimum fuel consumption rate: 195g/kWh; Average fuel consumption at 75% load: 205g/kWh | Compared with 1MW models of ordinary brands (average 220g/kWh), it saves 6.8% fuel annually for a data center with 8000 operating hours |
| Voltage & Frequency Stability | Voltage regulation accuracy: ≤±0.5%; Frequency regulation accuracy: ≤±0.2% | When powering a hospital's MRI (power demand: 800kW), voltage fluctuation was controlled within 0.4%, fully meeting the equipment's ≤±1% voltage requirement |
| Start-Up Performance | Cold start success rate (at -25℃): 100%; Start-up response time: ≤8 seconds | In a northern winter power outage test, it completed start-up and grid connection in 7.2 seconds, faster than the industry average of 10-12 seconds |
| Noise Level | Operating noise (10m away): ≤72dB; Noise reduction effect: 15dB lower than non-silent 1MW models | In a suburban industrial park project, it met the local environmental protection standard of ≤75dB for industrial equipment noise |
2. Key Configuration & Performance Advantages
(1) Power System: Strong & Durable
Equipped with a Cummins QSK38 diesel engine (or Perkins 4016-61TRG3 optional) - a high-power engine with a displacement of 37.8L, maximum torque of 5800N·m, and a service life of over 30,000 hours. In a thermal power plant's peak-shaving project, it operated continuously for 18,000 hours without major component replacement.
Matched with a Stanford HCI534D brushless synchronous generator - featuring a copper-wound stator and rotor, with insulation class H (temperature resistance up to 180℃). In a coastal industrial zone's high-humidity environment (humidity 85%), it maintained stable insulation performance for 5 years.
(2) Cooling & Heat Dissipation: Adaptable to Extreme Environments
Adopts a closed-loop water cooling system with a large-area radiator (heat dissipation area: 85㎡) and a high-efficiency fan (air volume: 2500m³/h). In a desert area project (maximum ambient temperature 48℃), the engine's operating water temperature was controlled at 82-88℃ (normal range: 80-95℃).
Optional low-temperature start kit (engine preheater + battery insulation) - enables normal start-up at -30℃, verified in a northern coal mine's winter operation test.
(3) Intelligent Control: Unattended & Easy Management
Equipped with a Deep Sea DSE8660 control module - supports 7-inch color touch screen operation, with functions of auto start/stop, load monitoring, and fault self-diagnosis. In a remote wind farm's backup power project, it realized 12 months of unattended operation, with fault alarm accuracy of 100%.
Supports remote monitoring via APP/PC - real-time transmission of parameters (engine speed, oil pressure, power output) and automatic generation of operation reports. A municipal water plant used this function to reduce on-site inspection frequency by 80%, saving labor costs.
3. Typical Market Application Scenarios
(1) Industrial & Manufacturing
Suitable for large factories (automotive, electronics, chemical) as backup power - in a 100,000-square-meter auto parts factory, it ensures uninterrupted operation of assembly lines (power demand: 800-900kW) during municipal power outages, avoiding production losses of over $50,000 per hour.
Can be used as primary power for remote mining areas - in a western gold mine, it supplies power to crushing equipment, ventilation systems, and living quarters (total load: 950kW), with monthly fuel cost savings of $12,000 compared to diesel generators of ordinary brands.
(2) Commercial & Public Facilities
Backup power for large data centers (10,000+ servers) - a third-party data center in Shanghai uses 2 sets of 1MW generators in parallel, supporting 1800kW peak load, with annual downtime controlled within 0.5 hours (meets the Tier 3 data center standard).
Emergency power for large hospitals (1000+ beds) - in a provincial key hospital, it powers operating rooms, ICU wards, and medical imaging equipment (total power demand: 750kW), maintaining stable operation for 1,500 hours in a 2023 regional power shortage.
(3) Infrastructure & Emergency Rescue
Power support for large-scale construction projects (high-speed railways, bridges) - in a high-speed railway tunnel construction project, it supplies power to tunnel boring machines (TBM, power demand: 900kW) and construction site lighting, with no downtime in 6 months of operation.
Emergency power for disaster relief (floods, earthquakes) - during a 2024 southern flood, 3 sets of 1MW generators provided continuous power to temporary resettlement areas (5,000 people) and water supply stations, operating stably for 14 days in rainy and humid conditions.
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