camda H series Gas Generator Set is assembled with CAMDA own developed and researched gas engine, Leroy somer/Engga alternator, base frame and control system. In order to improve the gas engine performance, Camda researching and developing department touched up and innovated the engine technology, most technology is owned by camda, which will be introduced in this website.CAMDA H series Gas Generator set is assembled with CAMDA own developed and researched gas engine, Leroy somer/Engga alternator, base frame and control system. In order to improve the gas engine performance, Camda researching and developing department touched up and innovated the engine technology, most technology is owned by camda, which will be introduced in this website.
Applied gas: Biogas, Natural Gas, LPG, Landfill Gas.
Model Item KDGH10-NG KDGH30-NG KDGH40-NG KDGH50-NG KDGH80-NG KDGH120-NG KDGH250-NG KDGH250-NG KDGH500-NG Rate Power kVA 12.5 37.5 50 63 100 150 250 375 625 kW 10 30 40 50 80 100 200 300 500 Fuel Natural Gas Consumption(m³/h) 3.86 10.77 13.4 16.76 25.14 37.71 60.94 86.19 143.66 Rate Voltage(V) 380V-415V Voltage Stabilized Regulation ≤±1.5 % Voltage Recovery Time(s) ≤ 1 Frequency(Hz) 50Hz Frequency Fluctuation Ratio ≤ 1 % Rated Speed(r/Min) 1500 Idling Speed(r/Min) 700 Insulation Level H Rated Currency(A) 18 54.1 72.1 90.2 144.3 216.5 360.8 541.3 902.1 Noise(db) ≤95 ≤95 ≤95 ≤95 ≤95 ≤95 ≤100 ≤100 ≤100 Engine Model 4TN88 HG4B HGT4B HG6B HGT6B HGT6C HGT15 K19N-G1 K38N-G5 Aspration Natural Natural Turbocharged Natural Turbocharged Turbocharged Turbocharged Turbocharged Turbocharged Arrangement Inline Inline Inline Inline Inline Inline Inline Inline V type Engine Type 4 stroke, electronic-control spark plug ignition, water cooling, premix proper ratio of air and gas before combustion Cooling Type Radiator fan cooling for closed-type cooling mode, or heat exchanger water cooling for cogeneration unit Cylinders 4 4 4 6 6 6 6 6 12 Bore X Stroke(mm) 80x90 102 X 120 102 X 120 102 X 120 102 X 120 102 X 120 116 X 148 159 X 159 159 X 159 Displacement(L) 1.81 3.92 3.92 5.88 5.88 8.3 15 19 38 Compression Ratio 10.5:1 11.5:1 10.5:1 11.5:1 10.5:1 10.5:1 10.5:1 10.5:1 0.459027778 Engine Rate Power(kW) 14 36 45 56 100 145 230 336 570 Oil Recommended API service grade CD or higher SAE 15W-40 CF4 Oil Consumption
(g/kW.h)≤1.0 ≤1.0 ≤1.0 ≤1.0 ≤1.0 ≤1.0 ≤0.5 ≤0.5 ≤0.5 Exhaust Temperature ≤680℃ ≤680℃ ≤680℃ ≤680℃ ≤680℃ ≤600℃ ≤600℃ ≤600℃ ≤550℃ Net Weight(kG) 700 900 1000 1100 1150 2500 3380 3600 6080 Dimension (mm) L 1550 1800 1850 2250 2450 2800 3470 3570 4400 M 820 720 750 820 1100 850 1230 1330 2010 H 1200 1280 1480 1500 1550 1450 2300 2400 2480
Special Note to the User:
Several suggestions as following:
Hanging the noted board ”Generator Room, No Freeman” on the entrance door.
Check the gas pipe whether leak in the fixed period and strengthen the ventilation of the generator room.
Please operate under the operation manual less than causing the economic loss even the staff’s injuries.
Please make the complete running record, and keep the professional person to maintain the generator
Keep the generator room clean and guarantee the generator working in a good condition.
Hot Tags: Gas Generator Set power By Cummins, China, suppliers, manufacturers, factory
Gas Generator Set power By Cummins – My Real Experience in Industrial Power Projects
I’ve been working around Gas Generator systems for years, and I want to share something practical about the Gas Generator Set power By Cummins. This is not just a product name to me—it represents a type of machine I’ve seen running in real factories, oil fields, hospitals, and even remote industrial sites where power stability is critical.
camda New Energy Equipment Co. Ltd., established back in 1998, has gone through a long journey from diesel-only generator production to full gas energy solutions. Today, with Cummins cooperation and other global engine partnerships, we build gas generator systems ranging from 30 kWe to 500 kWe. I’ve personally seen how these systems perform under real load, not just lab conditions.
A Gas Generator Set power By Cummins is basically an engine-driven power system that uses gas fuel to produce electricity. It runs on natural gas, biogas, landfill gas, or coal bed methane depending on configuration.
In simple terms, gas goes in, electricity comes out. But in real life, what matters is stability, fuel cost, and whether the machine can run 24/7 without problems.
Factories needing constant production electricity
Data centers with strict uptime requirements
Oil and gas field operations in remote areas
Hospitals where power cannot fail
From what I’ve seen, Cummins-powered systems are especially stable under long-hour operation.
Let me explain it in a simple way without heavy engineering talk.
Gas enters the engine through a controlled pipeline system.
Air mixes with gas in a precise ratio.
Combustion happens inside cylinders, pushing pistons.
Rotation is created in the crankshaft.
Alternator converts energy into electricity.
This process runs continuously as long as fuel is supplied and the cooling system works properly.
| Stage | Process Description | Energy Output |
|---|---|---|
| Fuel Intake | Gas supplied from pipeline or storage | Chemical energy |
| Combustion | Air-fuel ignition inside engine | Thermal energy |
| Mechanical Drive | Piston movement rotates crankshaft | Mechanical energy |
| Generation | Alternator output conversion | Electrical energy (kW level) |
Source: Camda internal engine testing system based on ISO 8528 generator performance standards
When I evaluate a generator, I don’t just look at specs. I look at how it behaves in real working environments.
Stable frequency output (50Hz / 60Hz)
Low emission combustion system
Low noise design (with enclosure option)
Strong load response ability
Compatible with multiple gas fuels
Smart digital control system
One thing I always notice: Cummins engine-based systems respond faster when load changes suddenly. That’s very important for factories.
Many customers ask me: “Why gas instead of diesel?” I usually explain using real operational differences.
| Feature | Gas Generator Set (Cummins Powered) | Diesel Generator |
|---|---|---|
| Fuel Cost | Lower (pipeline gas advantage) | Higher (diesel price fluctuation) |
| Emissions | Low CO₂ and NOx | Higher emissions |
| Noise Level | 65–75 dB (silent type) | 80–95 dB |
| Maintenance Cycle | Longer intervals | More frequent servicing |
| Operation Stability | Very stable under continuous load | Stable but higher wear rate |
Source: Field operation comparison report from Camda engineering service team (2024 project data)
In long-term operation, gas systems usually reduce total running cost by 20–40% depending on fuel availability.
From my experience, this type of generator is used almost everywhere stable electricity is required.
Manufacturing factories
Textile production plants
Metal processing workshops
Oil field power supply
Gas recovery systems
Landfill gas utilization plants
Hospitals
Shopping malls
Office buildings
Data centers
Telecommunication stations
Remote island power systems
The flexibility of fuel types makes this system especially valuable in unstable energy regions.
From what I’ve seen in production lines, generator quality is not only about design—it’s about strict testing.
Each Gas Generator Set power By Cummins goes through several steps before delivery:
Engine assembly and calibration
Alternator matching and balancing
No-load and full-load testing
Noise and vibration measurement
Safety system verification
| Test Item | Standard Requirement | Reference |
|---|---|---|
| Voltage Stability | ±2% fluctuation | ISO 8528-5 Generator Standard |
| Noise Level | ≤75 dB at 7 meters | IEC Acoustic Standard |
| Continuous Operation | 24–72 hours test run | Camda factory test procedure |
| Emission Control | EU Stage IIIA compliance | EU Environmental Regulation |
Every unit is tested before leaving the factory. I’ve personally seen machines run full load for more than 24 hours during inspection tests.
Shipping industrial equipment safely is a big part of the job.
Each generator is prepared with:
Anti-rust protective wrapping
Reinforced wooden frame packaging
Independent control system protection box
Waterproof and shock-proof design
| Equipment Type | Transport Method |
|---|---|
| Standard Generator Set | Truck transport |
| Small units | Logistics freight |
| Large containerized systems | Sea freight / container truck |
Installation comes with full technical drawings, wiring diagrams, and commissioning support.
From my point of view, choosing a generator is not just about buying equipment. It’s about long-term stability and operating cost.
Here is what I’ve observed in real projects:
Stable performance under continuous load
Lower fuel cost compared to diesel systems
Longer engine lifespan under proper maintenance
Strong compatibility with industrial applications
Global engine technology support from Cummins ecosystem
With Camda’s manufacturing experience and Cummins engine cooperation, the system becomes more reliable in real-world conditions.
Yes, it is designed for continuous operation with proper maintenance cycles.
Natural gas, biogas, landfill gas, coal bed methane, and LPG depending on configuration.
Standard models: 7–30 days. Custom systems: 30–60 days.
Not really. Regular inspection every 250–500 running hours is usually enough.
Factories, hospitals, oil fields, data centers, and agricultural systems.
From my experience, the Gas Generator Set power By Cummins is one of the most reliable solutions for modern industrial power needs. It balances fuel cost, environmental performance, and operational stability in a practical way.
When properly installed and maintained, it can run for years with consistent performance, making it a solid choice for both backup and continuous power applications.
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