Containerized power

A coordinated power plant inside a transportable envelope.

Patsons develops containerized generator systems for large, critical and project-specific power requirements. The container brings the generating set, airflow, acoustic treatment, exhaust, controls and maintenance provisions into a controlled package.

100–3,000 kVAProject range
Single + multi-setArchitectures
AcousticIntegrated treatment
Site-readyDefined interfaces

Integrated scope

Resolve the interfaces before the container reaches site

A successful container package defines every service crossing and maintenance activity at design stage. Patsons coordinates the following elements against the selected generator and site.

Cooling & ventilation

Air intake, discharge, attenuation, weather protection and recirculation control.

Fuel system

Base or day-tank arrangement, fill, vent, drain, leak containment and external connections.

Exhaust system

Silencer selection, supports, expansion, insulation, outlet position and back-pressure control.

Electrical interfaces

Power cable route, gland plates, control wiring, auxiliary supply and earthing points.

Controls

Local generator control, emergency stop, remote signals, synchronization and monitoring interfaces.

Access & handling

Personnel doors, removable panels, lifting details, transport bracing and major-component replacement path.

Critical power

Designed for maintainability, not only first installation

Large generator packages need room for routine checks and a credible path for radiator, alternator or engine work. Access that looks adequate on a drawing can fail once exhaust, cable trays and attenuation are added.

Patsons reviews operating and maintenance zones during layout development. The project team can then confirm access before fabrication, reducing the chance of expensive site modifications.

Containerized generator packages with engineered ventilation and service access
Representative critical-power installation; final layouts are project-specific.

Site coordination

Interfaces to close before release for manufacture

  • Foundation loads, plinth dimensions and vibration-isolation strategy
  • Transport route, lifting plan and final equipment orientation
  • Fresh-air source and hot-air discharge clearance
  • Fuel supply, return, vent and spill-containment responsibilities
  • Power and control cable routing, bend radius and termination space
  • Fire detection, suppression and life-safety interfaces where specified
  • Remote monitoring, BMS or SCADA signal schedule
  • Factory and site acceptance test boundaries

Frequently asked questions

Technical questions, answered clearly

Final selections and compliance are confirmed against the project specification and approved technical submittal.

What is included in a containerized generator system?

The agreed scope can include the generator, structural container, acoustic treatment, ventilation, exhaust, fuel system, lighting, auxiliaries, controls, cable interfaces and safety provisions. Each item is confirmed in the technical offer.

Can multiple containerized generators run in parallel?

Yes. Multi-set systems can be developed with synchronization and load sharing, subject to the required control philosophy, switchgear architecture, redundancy and site network.

Are standard shipping containers always suitable?

Not always. Generator airflow, noise, access, structural loading and equipment replacement paths may require a purpose-built or substantially modified container. The format should follow the engineering requirement.

Can Patsons support data-center or industrial critical power projects?

Patsons can develop large, redundant and multi-set packages. The project team should provide the duty, load steps, redundancy basis, site interfaces, controls and testing protocol for review.