

Power Generation Environments for:
DeliversA complete operating environment for power generation equipment.
FlexEgen is an engine-agnostic acoustic enclosure for diesel and gas generators. The enclosure is designed around the genset — ventilation, exhaust routing, fuel and acoustic treatment all sized to the engine. Standard UK build includes a bunded floor.
FlexEgen assembly
FlexEgen factory assembly — Cummins QSK engine being built and tested on the production line.
One FlexEgen platform. Three structural base formats.
Every FlexEgen is the same acoustic enclosure family — chosen base format depends on fuel autonomy, site civils and installation method.

Enclosure drops directly over a customer-supplied genset and bunded base. Minimal structural steel — maximum integration with existing equipment.

Structural base tank doubles as fuel storage and chassis. Bulk fuel autonomy in a single lift, with bunded containment built into the enclosure.

Heavy-duty structural skid for craning and re-deployment. Sits on a slab or concrete plinth — engineered for transport and rapid relocation.
FlexEgen in the field













Indicative engineering data
Detailed engineering parameters
Standard, optional and what we never do
Included on every FlexEgen unit.
Specified per project, costed as add-ons.
Out of scope — owned by other trades.
WE NEVER TERMINATE POWER CABLING — THAT STAYS WITH THE ELECTRICAL CONTRACTOR / INTEGRATOR.

Engineered around the equipment for complex, large-scale infrastructure projects.
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Standardised, rapid-deployment alternative to traditional E-Houses, where speed and repeatability matter.
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Factory-built environments providing protection, containment and environmental control for cooling equipment.
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ISO-container based housing for generators, control gear and other equipment where transportability, scalability and rapid deployment are critical.
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Structural skid systems for equipment mounting and transport — upgradeable to a full enclosure when scope grows.
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Engineered support beams and pedestal systems that replace full concrete slabs — discrete pads beneath ISO corner castings reduce civils while creating unrestricted underfloor service access.
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