Gas Engine Power Generation Equipment

Natural Gas Generator Set

Gas engine generator set driven by a spark-ignition engine running on pipeline natural gas, configured with an alternator, control panel, and cooling system for continuous or standby power supply.

20-2000 kW Output Range
1500 rpm Engine Speed
400V Standard Output Voltage

Product Introduction

The Natural Gas Generator Set is a power generation unit in which a spark-ignition gas engine drives an alternator to produce electrical power, using pipeline natural gas or liquefied natural gas as fuel. The set consists of the gas engine, alternator, control panel, cooling system, gas train, and base frame, assembled as an integrated unit for installation. Engine speed is typically set at 1500 rpm for 50 Hz output or 1800 rpm for 60 Hz output, with output capacity ranging from 20 kW to 2000 kW depending on the model. The control panel manages engine start and stop, gas supply regulation, alternator excitation, synchronization, and protection functions, with parameters displayed on the HMI. The set is applied in facilities that require on-site power generation with lower emissions than diesel alternatives, including industrial plants, commercial buildings, and district energy systems.

Core Advantages

01 Lower Emission Profile

Natural gas combustion produces lower particulate matter and sulfur oxide emissions compared with diesel fuel, supporting facilities operating under stricter emission limits.

02 Pipeline Fuel Supply

When connected to a pipeline, fuel is supplied continuously without on-site fuel storage tanks, reducing refueling logistics and storage space requirements.

03 Continuous Duty Capability

The gas engine and alternator are configured for continuous operation, supporting base load power supply where fuel supply is stable.

04 Integrated Control System

The control panel integrates engine management, gas regulation, alternator control, and protection functions, with parameters displayed and adjusted on the HMI.

05 Heat Recovery Option

Engine jacket water and exhaust heat can be recovered through a heat exchanger for hot water or steam supply, increasing overall fuel utilization.

06 Parallel Operation Support

Multiple sets can be connected in parallel for load sharing, and the control system supports synchronization with an existing power grid or other generation units.

Product Characteristics

Fuel Type
Pipeline natural gas, liquefied natural gas, or biogas (model dependent)
Output Capacity
20 kW to 2000 kW, model dependent
Engine Type
Four-stroke spark-ignition gas engine
Engine Speed
1500 rpm for 50 Hz, 1800 rpm for 60 Hz
Alternator Type
Brushless synchronous alternator, single or three phase
Output Voltage
400 V, 480 V, or other values on request
Gas Supply Pressure
5 to 30 kPa at the inlet, model dependent
Cooling Method
Closed-loop water cooling with radiator or remote heat exchanger
Control Panel
PLC-based controller with HMI, auto start and stop, protection functions
Starting Method
24 V DC electric starter, or air starter for larger models
Installation Form
Open skid, soundproof canopy, or containerized enclosure
Emissions Control
Lean-burn combustion, three-way catalyst available on request

Application Scenarios

Industrial Plants

On-site power generation for manufacturing facilities connected to a natural gas supply, used for base load or peak shaving.

Commercial Buildings

Standby or continuous power for office buildings, hotels, and shopping centers with gas supply available on site.

District Energy Systems

Combined heat and power applications where engine heat is recovered for district heating or hot water supply.

Data Centers

Backup power supply for data centers, supporting extended runtime where pipeline gas is available.

Oil and Gas Fields

Power supply at well sites and processing facilities using associated gas or field gas as fuel.

Wastewater Treatment Plants

Power generation using biogas produced from anaerobic digestion, with gas treatment as required.

Frequently Asked Questions and Solutions

Engine fails to start or starts with difficulty
Check gas supply pressure at the inlet, verify the gas shut-off valve is open, inspect the spark plug condition, and confirm the battery voltage for the starting system.
Output voltage or frequency fluctuates
Verify engine speed stability, check the alternator excitation circuit, and inspect the automatic voltage regulator settings on the control panel.
Engine coolant temperature rises above normal
Check coolant level, inspect the radiator for blockage, verify the thermostat operation, and confirm the cooling fan is running.
Gas consumption higher than expected
Check the air-fuel ratio setting, inspect the gas train for leakage, verify the load level matches the rated output, and confirm the ignition timing is within specification.
Engine oil pressure drops during operation
Check oil level, inspect the oil filter for blockage, verify the oil pump operation, and confirm the oil viscosity matches the ambient temperature range.
Exhaust emissions exceed the required limit
Check the air-fuel ratio, inspect the spark plug and ignition system, verify the catalyst condition if fitted, and confirm the engine load is within the rated range.
Control panel shows alarm or shutdown code
Read the alarm code on the HMI, refer to the controller manual for the specific fault, and check the corresponding sensor or circuit for the indicated parameter.

Operating Notes

Verify gas supply pressure and gas quality before starting the engine; contaminants or pressure deviation affect combustion stability.
Check engine oil level and coolant level at the start of each shift.
Inspect the gas train for leakage at regular intervals, using a gas detector where required.
Replace spark plugs, oil filter, and air filter according to the maintenance schedule.
Confirm the installation space meets the ventilation and clearance requirements stated in the manual.
Verify that the exhaust system is routed away from air intakes and occupied areas.
Check the battery voltage and starting system condition during routine maintenance.
Record operating parameters and alarm history for each run to support fault diagnosis.
Confirm that the electrical protection settings match the local grid connection requirements before parallel operation.
About AWT Genset

Yangzhou Aiweite Electromechanical Co., Ltd.

Diesel generator manufacturing, flexible configurations, and dependable support for industrial, commercial, and infrastructure projects. We are China Natural Gas Generator Set OEM/ODM Manufacturers and Custom Natural Gas Generator Set OEM/ODM Suppliers & Factory

AWT Genset diesel generator manufacturing facility
01

Professional Diesel Generator Manufacturing

AWT Genset specializes in diesel generator set manufacturing and installation, offering power solutions ranging from 1 kVA to 2,500 kVA. With experience in power generation equipment, we serve industrial, commercial, and infrastructure projects with different power requirements. Our product range supports both standby and continuous power applications, helping customers select generator sets according to their operating conditions, load requirements, and installation environments.

AWT Genset diesel generator product range
02

Comprehensive Product Range and Flexible Configurations

We offer diesel generator sets powered by internationally recognized engine brands, including Cummins, Perkins, Weichai, Yuchai, Baudouin, MTU, Volvo, SDEC, and Mitsubishi. Our product range includes open-type, silent-type, trailer-type, and container-type generator sets. Different configurations can be selected according to power capacity, noise control requirements, site conditions, mobility needs, and project specifications, providing greater flexibility for distributors, contractors, and industrial end users.

Customized generator set engineering at AWT Genset
03

Customized Engineering and OEM/ODM Services

AWT Genset provides flexible configuration solutions for customers with specific technical and project requirements. Available options may include engine selection, generator capacity, control systems, electrical specifications, enclosure structures, and other configuration details. By considering the intended application, operating environment, and installation conditions, we help customers identify suitable generator set configurations for their projects, distribution businesses, and equipment integration requirements.

Generator quality control and performance testing
04

Quality Control and Performance Testing

Quality management and performance verification are important parts of our generator manufacturing process. Production inspections and generator testing procedures help verify equipment operation and identify potential issues before delivery. By focusing on assembly consistency, electrical performance, and operational checks, we aim to provide generator sets that meet the applicable technical requirements and intended operating conditions. Customers can also confirm specific testing procedures and documentation requirements when discussing their projects with our team.

AWT Genset technical support and service
05

Technical Support and Comprehensive Service

Our support covers generator selection, technical consultation, configuration recommendations, installation guidance, spare parts supply, and after-sales troubleshooting. We understand that choosing a generator involves more than comparing rated power; factors such as load characteristics, operating hours, environmental conditions, voltage, and frequency also influence equipment selection. By providing technical assistance throughout the purchasing and implementation process, we help customers make informed decisions and plan for equipment operation and maintenance.