EN ENERGY Technologies supplied a 4.8MW gas generator power solution for an oil and gas field project in Qinghai, China, providing reliable field power for oil extraction equipment and other critical site loads.
Located at an altitude of approximately 2,800 meters, the project required a power generation system capable of operating reliably under high-altitude conditions while supporting continuous operation of oilfield equipment such as pumping units.
The power station is configured with four 1.2MW generator units, with each 1.2MW system consisting of four 300kW generator units operating in parallel. The generator sets are powered by Huachai-Deutz HC6V132 engines, providing a total installed capacity of 4.8MW.
Oil and gas field projects often require stable on-site power for production equipment, auxiliary systems, electrical motors, pumping units, and other critical loads.
For this Qinghai project, EN ENERGY Technologies developed a modular gas power generation configuration based on multiple generator sets operating in parallel.
The complete power station provides:
Total installed capacity: 4.8MW
Configuration: 4 × 1.2MW generator systems
Parallel configuration: 4 × 300kW units per 1.2MW system
Engine: Huachai-Deutz HC6V132
Application: Oil and gas field power supply
Operating altitude: Approximately 2,800 meters
Primary loads: Oil extraction equipment and field electrical systems
This configuration allows the power station to distribute the required electrical load across multiple generator units rather than relying on a single large-capacity engine.
The project uses Huachai-Deutz HC6V132 gas engines, a platform that is also used in EN Generator's smaller-capacity gas generator solutions.
For example, EN Generator's 250kW HC6V132 Deutz natural gas generator uses the HC6V132 engine platform for industrial power generation applications.
The engine platform provides a practical option for applications requiring multiple generator units to operate together as a larger power station.
For this 4.8MW project, the modular configuration allows the individual units to share the total electrical load and provides greater flexibility for field power generation.
A key feature of this project is its multi-unit parallel configuration.
Each 1.2MW section is formed by four 300kW generator units operating in parallel. Multiple generator sets can work together to provide the required power output for the oilfield.
Parallel generator systems offer several practical advantages for oil and gas applications.
Oilfield electrical loads can change according to production schedules, equipment operation, and pumping requirements.
With multiple generator units available, the operating capacity can be adjusted according to actual electrical demand.
A multi-unit configuration can provide greater operational flexibility than a single-generator system. Individual units can be inspected or serviced while other units remain available to support the site's power requirements, subject to the project's operating configuration.
Parallel generator systems also make it easier to configure power capacity according to the specific requirements of different oilfield facilities.
This modular approach is particularly useful for remote oil and gas projects where power demand may change as production facilities expand.
For more information about EN Generator's parallel power generation technology, see our Huachai-Deutz gas generator solutions and related parallel generator projects. The company has also developed multi-unit Huachai-Deutz configurations, including a 2,250kW system using five V12 units in parallel.
Operating at an altitude of approximately 2,800 meters presents additional requirements for engine intake air, combustion, cooling, and generator performance.
At high-altitude oilfield locations, the reduced air density can affect engine performance and power output. Therefore, generator selection and system configuration need to take the project's altitude and operating conditions into account.
For this Qinghai oil and gas field project, the generator system was configured specifically for the site's operating environment and electrical load requirements.
This type of application demonstrates the importance of selecting a gas generator system based not only on rated power, but also on:
Site altitude
Ambient temperature
Fuel gas conditions
Electrical load characteristics
Continuous operating requirements
Maintenance accessibility
These factors are especially important for remote oil and gas fields where reliable on-site power is essential for production operations.
The 4.8MW power station is designed to provide field power for oil and gas production operations, including equipment such as pumping units and electric motors.
Stable electricity is important for oil extraction equipment because sudden power interruptions or unstable electrical conditions can affect production continuity and equipment operation.
The generator system therefore needs to provide stable voltage and frequency while responding to changes in electrical demand.
For oilfield applications, gas generator sets can provide an effective solution where natural gas or associated gas is available at the project site.
EN ENERGY Technologies also develops gas power generation systems for oil and gas fields, distributed power projects, industrial facilities, and remote energy applications.
Gas generator sets can be particularly suitable for oil and gas projects where fuel gas is available locally.
Depending on the project conditions, gas engines can utilize fuel sources such as natural gas or associated petroleum gas.
This creates an opportunity to convert available gas resources into useful electricity for field operations.
Typical applications include:
Oil extraction facilities
Gas gathering stations
Oilfield pumping systems
Gas processing facilities
Remote industrial sites
Field power stations
Pipeline facilities
For projects located far from reliable grid infrastructure, on-site gas power generation can provide an independent source of electricity for critical operations.
The Qinghai 4.8MW project is part of EN ENERGY Technologies' experience in developing gas generator systems for demanding industrial and energy applications.
The company has also supplied Huachai-Deutz gas generator systems in different power configurations, including high-capacity multi-unit parallel systems.
EN Generator's technical approach focuses on matching the generator system with the customer's:
Required power capacity
Fuel gas composition
Operating altitude
Ambient conditions
Load characteristics
Continuous operating requirements
Maintenance conditions
This project-based approach allows the generator configuration to be adapted to different oilfield and industrial environments.
The successful application of the 4.8MW Huachai-Deutz gas generator system in Qinghai demonstrates how modular gas power generation can support demanding oil and gas field operations.
With four 1.2MW generator systems and multiple 300kW units operating in parallel, the project combines substantial generating capacity with a modular system configuration.
For oil and gas operators working in remote or high-altitude locations, selecting the right generator configuration is critical to maintaining reliable field power and supporting continuous production.
EN ENERGY Technologies provides customized gas generator sets and power generation solutions for oil and gas fields, industrial facilities, remote sites, and distributed energy projects.
If you are planning an oilfield power station or require a customized gas generator solution for high-altitude operation, contact EN ENERGY Technologies for project-specific generator selection and system design.
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