A large outdoor project needs a dedicated equipment space
For factories, data centers, large commercial facilities and critical-facility expansions where the enclosure organizes protection, airflow and maintenance space.
Product Range / Pre-Integrated High-Capacity Power
Containerized Diesel Power Stations
A generator, acoustic airflow system, exhaust, fuel, controls, distribution and service space preassembled as one outdoor power station. This format suits high-capacity projects, complete transport and multiple system interfaces, reducing on-site enclosure work and coordination between trades.
High-Capacity Outdoor PowerFactory PreassemblyComplete TransportSystem Integration
Why Choose a Containerized Power Station
When capacity is high, interfaces are numerous and no standard plant room exists, pre-integration reduces site uncertainty
The container does more than cover the generator. It brings thermal management, fuel, electrical systems, safety and maintenance space into one transportable power station.
The project wants factory preassembly and less multi-trade coordination on site
Generation, controls, fuel, distribution and auxiliaries are combined in advance; site work centers on foundations, cabling, piping and commissioning.
Road access, lifting and foundation conditions are not yet confirmed
Enclosure dimensions, operating weight, turning radius, crane position and service-door orientation directly affect delivery and placement.
The project only needs lower noise, not a larger integrated equipment room
For moderate ratings and simple interfaces, a sound-attenuated set is usually more compact. A container should be justified by capacity, service access and integration needs.
Enclosure Configuration Range
Select standard 20-foot, 40-foot high-cube or extended enclosures around equipment size and service access
Enclosure size cannot be assigned by rating alone. Engine heat rejection, acoustic treatment, fuel, switchgear, paralleling and personnel access all change the final length and internal layout.
20-Foot Configuration
For projects where the generator and auxiliaries fit a compact arrangement, with airflow, door openings and internal service clearances carefully checked.
40-Foot High-Cube Configuration
Provides more space for high-capacity equipment, distribution and service routes, with greater flexibility for airflow and system interfaces.
6, 8, 10-Meter and Other Extended Enclosures
Length, door positions, airflow paths and cabinet layout are adapted to the equipment combination, logistics boundary and site conditions.
Paralleled Power Station
Multiple containerized sets can be combined with paralleling, distribution, fuel and remote monitoring to provide redundancy and staged expansion.
Available ratings cover approximately 200kW to 2MW. Final rating, enclosure size, transport method and system modules are confirmed against loads, engine platform, 50Hz/60Hz, voltage, environment and maintenance requirements.
Ratings and Engine Platforms
From the 200kW class to 2MW, define loads and redundancy first, then match the power platform and enclosure
High-capacity projects should not be compared by nameplate rating alone. Starting demand, load steps, altitude and temperature, paralleling, local service and fuel quality all affect the engine-alternator package.
200–500kWMedium factories, commercial facilities and independent power areas where acoustics, a base tank and basic distribution interfaces can be integrated in a standard enclosure.
500–1000kWLarge commercial facilities, hospital campuses and data-center support loads, with ATS, distribution and fuel autonomy reviewed together.
1–1.5MWLarge factories and critical facilities where enclosure airflow, exhaust, transport weight and personnel access become primary design inputs.
1.5–2MW+Single or multiple-set systems selected around redundancy, paralleling, staged expansion and maintenance windows rather than forcing total capacity into one fixed package.
CumminsSeries confirmed by rating, project standard and local support
PerkinsSeries confirmed by rating, emissions and service coverage
BaudouinSeries confirmed for continuous-duty and high-capacity requirements
WeichaiSeries confirmed by project rating and enclosure thermal design
YuchaiSeries confirmed by rating, frequency and project conditions
DoosanSeries confirmed by high-capacity load and service conditions
MTUSeries confirmed by critical-facility standards and redundancy requirements
ScaniaSeries confirmed by rating, project standard and maintenance capability
Pre-Integrated System Scope
Eight systems inside the container must be coordinated from power generation through fire and security
Any module added late can take away airflow, service or cable space. Interfaces and acceptance responsibility should be clear before the enclosure layout is frozen.
Engine and Alternator Package
Engine, alternator, vibration isolation and coupling establish the basic output and service boundary.
Cooling Airflow and Acoustics
Air volume, system resistance, attenuation and hot-air separation determine loaded performance in high temperatures.
Exhaust System
Silencer, backpressure, insulation, discharge direction and site clearances must be coordinated.
Fuel and Autonomy
Day tank, external storage, transfer control, level monitoring and leak management are designed around the required runtime.
Controls and Remote Monitoring
Generator controls, alarms, emergency stop, communications and operating records must support supervision and traceability.
Distribution and Paralleling Output
Breaker, cable exit, low-voltage distribution and paralleling-panel positions affect cable routes and service access.
Fire and Security Systems
Fire detection, suppression, access control and emergency lighting require interfaces aligned with the project standard.
Enclosure and Service Space
Sheet metal, floor, doors, hinges, locks, lifting points, lighting and heating affect transport and long-term operation.
Six Project Inputs
Define loads, logistics, fuel and system interfaces before the enclosure layout is frozen
Critical loads, starting and redundancy
Confirm maximum simultaneous load, starting sequence, N+1 requirement and future growth to choose a single or multi-set system.
Voltage, distribution and paralleling interfaces
Define 50Hz/60Hz, project voltage, grounding, cable exit, ATS, paralleling and low-voltage distribution boundaries.
Temperature, altitude, noise and protection
High temperature, altitude, dust, salt spray and acoustic targets change airflow, materials and enclosure dimensions.
Runtime and refueling route
Use the required autonomy to define day tank, external storage, automatic transfer, leak monitoring and fire-safety scope.
Road access, lifting, foundation and placement
Check transport dimensions and weight, turning access, crane location, lifting points, foundation loading and service-door orientation.
Maintenance windows, spare parts and remote management
Confirm personnel routes, component-removal paths, lighting, spares, inspection records and fault-response arrangements.
Choosing the System Format
Sound-attenuated sets address compact low-noise protection, containers provide integration space, and paralleling provides capacity and redundancy
| Comparison | Sound-Attenuated Set | Containerized Power Station | Multi-Set Paralleled System |
|---|---|---|---|
| Primary task | Compact outdoor weather and acoustic protection. | High-capacity equipment space, complete transport and multi-system pre-integration. | Higher total capacity, redundancy, staged loading and future expansion. |
| Space | Closely follows the generator package and remains relatively compact. | Can provide personnel access, cabinet, fuel and auxiliary-system space. | Can use multiple acoustic or containerized sets with paralleling and distribution. |
| Confirm first | Measurement distance, cooling, weather protection and service doors. | Transport, lifting, thermal management, fuel, cable exit, fire and security. | Load sharing, synchronization protection, busbar, N+1 logic and expansion interfaces. |
| Typical projects | Hotels, hospitals, schools, shopping centers and other occupied areas. | Large factories, data centers, energy centers and outdoor critical facilities. | Projects above 1MW, staged expansions or sites that cannot accept a single point of failure. |
Typical Project Tasks
Configure the system around production continuity, critical-facility redundancy and remote-site delivery
Create an independent power area for a new production line
Address motor starting, distribution, continuous operation, refueling and future expansion while reducing modifications to the existing plant.
Build redundancy with UPS, ATS and paralleling
For data centers, hospital energy centers and large commercial facilities, configuration logic follows critical loads and allowable outage duration.
Include fuel, monitoring and maintenance in the delivery scope
Where local service resources are limited, plan autonomy, remote alarms, spare parts and on-site service space in advance.
Typical configurations · Not the complete range
Use typical configurations to compare output, brands and package format
The range is not limited to the models below. These examples show common outputs, brand combinations and package choices; refer to the series overview for full coverage and available options.
Typical configuration500kW · Yuchai
500 kW Containerized Generator
Yuchai power with a Faraday alternator, integrating airflow, exhaust and service space in one container.
View this configuration →
Typical configuration1000kW · Cummins
1000 kW Containerized Generator
A 1 MW-class Cummins package coordinating thermal management, distribution, fuel and redundancy.
View this configuration →
Typical configuration1200kW · Weichai
1200 kW Containerized Generator
A 1.2 MW-class Weichai and STAMFORD package designed around thermal, logistics and paralleling interfaces.
View this configuration →Get a containerized power-station recommendation based on your project boundary
Share the country and city, critical loads, estimated rating, redundancy approach, environment, transport access, required runtime and system interfaces. HOHANK engineers will define rating, enclosure and implementation scope.