Containerized Power Solutions

Containerized Gas Generator Set

Gas engine generator set supplied in a prefabricated ISO container, with engine, alternator, control panel, cooling system, gas train, and auxiliary equipment pre-installed and pre-commissioned for transport, rapid deployment, and operation at remote or space-constrained sites.

20 ft Standard Container

40 ft High Capacity Option

-40°C Cold Climate Rated

IP54 Weather Protection

Product Introduction

The Containerized Gas Generator Set is a gas engine generator configured for installation inside a prefabricated ISO container, in which the engine, alternator, control panel, cooling system, gas train, exhaust system, and auxiliary equipment are assembled, wired, and pre-commissioned at the factory before shipment. The container serves as the enclosure, providing weather protection, acoustic attenuation, and structural support for the generating equipment, while retaining standard ISO dimensions for transport by truck, rail, or ship without special handling equipment. Container configurations are available in 20-foot and 40-foot formats, with layouts arranged for horizontal or vertical radiator orientation depending on the site footprint. The set is available for operation on natural gas, biogas, landfill gas, coal mine gas, or associated petroleum gas, with gas treatment and fuel delivery systems configured to match the specific gas source. Engine speed is set at 1500 rpm for 50 Hz output or 1800 rpm for 60 Hz output, with electrical output ranging from 100 kW to 3,000 kW depending on the model and gas composition. The control panel manages engine start and stop, gas supply regulation, alternator excitation, synchronization, container environment monitoring, and protection functions. The containerized configuration is applied at sites where permanent civil works are limited, where rapid deployment is required, or where equipment relocation over the project lifecycle is expected.

Core Advantages for B2B Operations

Engineered for project schedules, site constraints, and lifecycle economics of distributed gas-to-power deployments.

Deployment

Factory Pre-Assembly and Pre-Commissioning

The engine, alternator, control panel, cooling system, gas train, and auxiliary equipment are assembled, wired, and functionally tested at the factory before shipment. Site work is limited to foundation preparation, container positioning, gas connection, exhaust connection, and electrical interconnection, reducing on-site installation time compared with stick-built installations.

Transport

Standard ISO Dimensions for Freight

Container configurations retain standard ISO dimensions and corner castings, allowing transport by truck, rail, or ship without special handling equipment. This reduces freight complexity and cost compared with oversize equipment requiring flatbed trailers, permits, and escort vehicles.

Site Works

Reduced Civil Works and Building Requirements

The container serves as the enclosure and structural support for the generating equipment, eliminating the need for a dedicated generator building, acoustic enclosure construction, or weather protection works. This reduces civil construction scope, permitting lead time, and permanent site footprint.

Environment

Weather Protection and Acoustic Attenuation

Container construction provides IP54 weather protection for the internal equipment and includes acoustic attenuation treatment for the engine, alternator, and cooling system. The configuration is suitable for outdoor installation in a range of climate conditions, including cold, humid, and dusty environments.

Lifecycle

Relocation and Reuse Across Project Lifecycle

Containerized configurations can be disconnected, lifted, and transported to a new site as the project develops or as gas availability changes over the field lifecycle. This supports asset reuse and reduces the total cost of ownership across multiple deployment phases compared with fixed installations.

Scale

Modular Capacity Expansion

Additional containerized units can be added as gas availability or power demand increases, allowing capacity to be matched to project requirements over time. Units can operate in parallel for load sharing, and the modular approach reduces the risk of capacity mismatch compared with a single large installation.

Product Characteristics

Container Size

20-foot or 40-foot ISO container, model dependent

Protection Rating

IP54 weather protection, acoustic attenuation treatment

Fuel Type

Natural gas, biogas, landfill gas, coal mine gas, or associated petroleum gas

Output Capacity

100 kW to 3,000 kW electrical output

Engine Type

Four-stroke spark-ignition gas engine, turbocharged

Engine Speed

1500 rpm for 50 Hz, 1800 rpm for 60 Hz

Electrical Efficiency

35 to 44 percent, engine dependent

Alternator Type

Brushless synchronous alternator, Class H insulation

Output Voltage

400 V, 480 V, 6300 V, or custom values on request

Cooling Method

Container-mounted radiator, horizontal or vertical orientation

Exhaust System

Container-integrated exhaust routing with silencer and flexible connection

Gas Train

Container-mounted gas train with shut-off valve, filter, pressure regulator, and flame arrestor

Control Panel

PLC-based controller with HMI, auto start and stop, synchronization, container environment monitoring, protection functions

Container Environment

Temperature, ventilation, fire detection, and lighting configured for the project climate

Optional Modules

CHP heat recovery, remote monitoring, gas detection, hazardous area classification

Site Preparation

Concrete pad or piling foundation, gas connection, exhaust connection, electrical interconnection

Application Scenarios

Remote Oilfield and Gas Field Sites

Power generation at remote well sites and lease facilities where containerized units can be transported to site without permanent civil works and relocated as field development progresses.

Landfill and Biogas Projects

Power generation at landfill sites and biogas plants where containerized units match the gas availability and can be scaled as gas volumes develop over time.

Mine Site Power Supply

On-site power generation at coal mine sites and mineral processing facilities where containerized units provide weather protection and acoustic attenuation in a compact footprint.

Industrial Peak Shaving and Standby Power

Power supply for industrial facilities where containerized gas generators provide backup or peak shaving capacity without the civil works of a dedicated generator building.

District Energy and CHP Projects

Combined heat and power applications where containerized units with heat recovery modules supply electricity and thermal energy to district networks or building clusters.

Emergency and Temporary Power

Short-term or emergency power supply where containerized gas generators can be delivered, connected, and commissioned on a compressed schedule.

Frequently Asked Questions and Solutions

01 Site foundation requirements for containerized units

A level concrete pad or piling foundation sized for the container's static and dynamic loading is required. Foundation design should account for soil bearing capacity at the site, wind loading at the installation location, and any local seismic requirements. Verify the foundation specification against the container drawing before site preparation.

02 Container environment temperature control

The container includes ventilation and temperature control systems configured for the project climate. For cold climate applications, additional insulation and heating elements may be specified. For hot climate applications, ventilation capacity and radiator sizing are configured for the site ambient temperature. Confirm climate design conditions during project specification.

03 Acoustic performance and noise level

Container construction includes acoustic attenuation treatment to reduce noise emission from the engine, alternator, and cooling system. The specific noise level at a defined distance depends on the configuration and the site layout. Verify the acoustic specification against applicable site noise requirements during project specification.

04 Gas connection and fuel supply interface

The container is delivered with a container-mounted gas train and a defined gas connection interface. Site work is limited to connecting the incoming gas line to the container interface and verifying gas supply pressure and composition against the engine specification. Gas treatment equipment upstream of the container interface may be required depending on the gas source.

05 Relocation and re-deployment of containerized units

Containerized units can be disconnected, lifted, and transported to a new site using standard container handling equipment. Prior to relocation, gas connection, exhaust connection, and electrical interconnection are disconnected, and the container is prepared for transport according to the maintenance manual. Re-commissioning at the new site follows the same procedure as initial commissioning.

06 Remote monitoring and unattended operation

The control panel can be configured with remote monitoring interfaces for supervising operation from a central control room or mobile terminal. Automatic start and stop functions, alarm and shutdown signal transmission, and container environment monitoring are configured according to the site operating model. Verify the communication link and alarm signal transmission during commissioning.

07 Parallel operation with existing generation or grid

The control panel supports synchronization and load sharing with an existing grid or other generation units. Verify protection coordination with the local grid operator, confirm the synchronization and load sharing settings, and validate the parallel operation configuration during commissioning.

Operating Notes

01 Verify gas supply pressure and fuel composition before starting the engine; composition variation affects combustion stability and power output.

02 Check engine oil level, coolant level, and container environment conditions at the start of each shift.

03 Verify container ventilation and temperature control system operation at scheduled intervals.

04 Inspect the gas train for leakage at regular intervals, using a gas detector where required.

05 Inspect container seals, door gaskets, and weather protection elements for damage during routine maintenance.

06 Verify fire detection and alarm systems, and confirm extinguisher or suppression system status according to the maintenance schedule.

07 Conduct oil analysis at regular intervals to monitor wear metals and adjust oil change intervals based on results.

08 Confirm the foundation condition and container anchoring at scheduled intervals for outdoor installations.

09 Record operating parameters and alarm history for each run to support fault diagnosis and maintenance planning.

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