Natural Gas Generator Sets

Natural Gas Generator Sets

Natural Gas Generator Sets convert natural gas into electrical power through a spark-ignited gas engine and alternator. They are used for standby, prime, or continuous power in buildings, healthcare facilities, industrial plants, and infrastructure sites with an available natural gas supply.
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Description
Technical Parameters

Natural Gas Generator Sets convert natural gas into electrical power through a spark-ignited gas engine and alternator. They are used for standby, prime, or continuous power in buildings, healthcare facilities, industrial plants, and infrastructure sites with an available natural gas supply.

 

Recommended Power Ranges & Applications

 

Power Range

Typical Applications

30–150kVA

Residential complexes, small offices

200–800kVA

Hospitals, commercial buildings

1000–2000kVA

Industrial facilities, utility backup

 

Technical Specifications (Sample Models)

 

Model

Rated power(kVA)

Rated Voltage(V)

Rated Frequency(Hz)

Suitable fuel

Configuration

BF30NG

30KVA

230/400V

50/60HZ

Natural gas

Silent/Open

BF50NG

50KVA

230/400V

50/60HZ

Natural gas

Silent/Open

BF100NG

100KVA

230/400V

50/60HZ

Natural gas

Silent/Open

BF150NG

150KVA

230/400V

50/60HZ

Natural gas

Silent/Open

BF200NG

200KVA

230/400V

50/60HZ

Natural gas

Silent/Open

BF300NG

300KVA

230/400V

50/60HZ

Natural gas

Silent/Open

BF400NG

400KVA

230/400V

50/60HZ

Natural gas

Silent/Open

BF500NG

500KVA

230/400V

50/60HZ

Natural gas

Silent/Open

 

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Natural Gas Engine

 

Spark-Ignited Gas Engine - Uses spark ignition to burn natural gas and convert combustion energy into mechanical power for the alternator.

 

Electronic Fuel Control - Regulates gas and air delivery to maintain the required air-fuel ratio during changing load conditions.

 

Turbocharged & Aftercooled System - Supplies compressed, cooled intake air to support engine output and combustion performance.

 

Engine Monitoring - Continuously monitors key operating parameters including oil pressure, coolant temperature, and engine speed.

 

Gas Supply System

 

Gas Pressure Regulation - Reduces incoming gas pressure to the level required by the engine fuel system.

 

Gas Filtration - Removes contaminants from the gas supply before fuel enters the engine.

 

Gas Shut-Off - Stops fuel flow during generator shutdown and critical fault conditions.

 

Gas Train Assembly - Integrates the regulator, filter, shut-off valve, and connecting components into the engine fuel supply circuit.

 

Low-Emission Gas Power

 

Low Particulate Emissions - Natural gas combustion produces substantially lower particulate emissions than conventional diesel combustion.

 

Low Sulfur Emissions - Natural gas contains little sulfur, reducing sulfur-related exhaust pollutants during operation.

 

Lower Carbon Emissions - Natural gas generation produces lower CO₂ emissions per unit of electricity than conventional diesel generation when comparing equivalent electrical output.

 

Emission-Control System - Exhaust treatment equipment can be integrated to control regulated pollutants where required by the applicable emission standard.

 

Applications

 

Residential & Commercial Buildings
Backup power for apartment complexes, offices, hotels, and shopping centers, including elevators, HVAC, water pumps, lighting, access control, and security systems.

 

Hospitals & Healthcare Facilities
Emergency power for medical equipment, operating areas, ventilation, emergency lighting, fire protection, and other critical hospital services.

 

Industrial Facilities
Power for manufacturing plants, processing facilities, and production lines, including pumps, compressors, cooling systems, and plant utilities.

 

Infrastructure & Utility Facilities
Power for water treatment plants, pumping stations, utility facilities, and communication infrastructure where grid power is unavailable or interrupted.

 

Customization

 

Power Output

25–2000 kVA based on load requirements

Voltage

110V–480V, single-phase or three-phase

Frequency

50 Hz / 60 Hz

Engine

Natural gas engine options based on project requirements

Alternator

Stamford, Leroy-Somer, Marathon, or Engga

Controller

Deep Sea, ComAp, or SmartGen; manual, auto-start, and paralleling options

Gas System

Customized for gas pressure, supply conditions, and site requirements

Cooling System

Configured for ambient temperature, altitude, and installation conditions

Enclosure

Silent or weatherproof enclosure options

ATS & Paralleling

Automatic transfer and multi-set parallel operation

Trailer

Two-wheel or four-wheel mobile configurations

OEM Branding

Custom nameplates, labels, colors, packaging, and manuals

 

Why Partner with Us?

 

Certifications & Compliance: Fully ISO9001, ISO14001, and CE certified, backed by third-party test reports for hassle-free customs clearance.

 

Global Export Coverage: Established footprint across major markets, including the Middle East (40%), Southeast Asia (35%), Africa (15%), and Central/South America (10%).

 

Sea Freight & Logistics Expertise: Proficient in FCL/LCL ocean operations for Middle East, Southeast Asia, and Africa routes, offering competitive freight rates under FOB, CIF, CFR, and DDP terms.

 

After-Sales & Spare Parts Support: 12-month/1,000-hour warranty with official Weichai, Cummins, Stamford, and Kaipu OEM authorization; 24h response/72h solution commitment, supported by quick spare parts supply and in-container consolidation.

 

Packaging & Delivery

 

Export Packaging - Generator sets are secured with protective packaging for handling, container loading, and international transportation.

 

Component Protection - Control panels, electrical connections, gas-system components, and other exposed parts are protected against impact, dust, and moisture during shipment.

 

Shipping Preparation - Product identification, handling marks, accessories, and shipping documents are checked before dispatch.

 

Export Documentation - Commercial Invoice, Packing List, Certificate of Origin, Test Report, User Manual, and applicable certification documents are supplied with the shipment.

 

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FAQ

 

Q: What is the difference between a natural gas generator and a diesel generator?

A: A natural gas generator uses a spark-ignited gas engine, while a diesel generator uses compression ignition. Natural gas generation is suited to sites with an available gas supply and offers lower particulate and sulfur emissions.

Q: Can a natural gas generator replace a diesel generator for backup power?

A: Yes. A natural gas generator can serve as a standby power source for commercial, healthcare, industrial, and infrastructure facilities when a suitable gas supply is available.

Q: Does a natural gas generator need an ATS?

A: An ATS is required when automatic transfer from utility power to generator power is needed. It detects a utility outage, starts the generator, and transfers the connected load automatically.

Q: What happens if the natural gas supply is interrupted?

A: The generator stops when fuel pressure falls below the engine's operating requirement. A properly configured control system provides an alarm or shutdown signal for the fuel-supply fault.

Q: Can a natural gas generator power large electric motors?

A: Yes. Pumps, compressors, HVAC systems, and other motor-driven loads can be powered when the generator has sufficient capacity for both the running load and motor-starting demand.

Q: How is natural gas generator fuel consumption measured?

A: Fuel consumption is normally stated as the volume of natural gas consumed per hour at a specified electrical load. The actual consumption should be evaluated together with generator output and engine efficiency.

Q: Can a natural gas generator operate in parallel with the utility grid?

A: Yes. A grid-parallel system uses synchronization and control equipment to match generator voltage, frequency, and phase with the utility before connecting the generator to the grid.

Q: What maintenance does a natural gas generator require?

A: Routine maintenance includes engine oil and filter service, spark plug inspection or replacement, air-filter service, cooling-system inspection, gas-system checks, battery maintenance, and inspection of ignition components.

Q: How do you size a natural gas generator for a building?

A: Generator sizing should be based on the connected electrical load, maximum demand, motor-starting requirements, critical loads, and required operating mode rather than the building's total installed electrical capacity alone.

Q: Can natural gas generators be used for CHP applications?

A: Yes. A natural gas generator can be integrated with a heat-recovery system to produce electricity and recover usable heat for hot water, heating, or industrial processes.

 

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