GENERATOR & DISTRIBUTION
Prime and backup power in a sealed steel box
Containerized power generation and distribution. Gensets, switchgear, transformers and fuel systems, sound-attenuated and weatherproof, integrated and tested before the unit ships.
- Power
- Prime + backup
- Acoustics
- Sound-attenuated
- Gear
- Switchgear + dist.
- Steel
- EN 1090 EXC2
At a glance
- Power
- Prime + backup
- Acoustics
- Sound-attenuated
- Gear
- Switchgear + dist.
- Steel
- EN 1090 EXC2
Overview
Overview
We design, build and customise generator and distribution containers to your specification. A generator container packages power generation and the gear that distributes it into a transportable, weatherproof steel envelope: the genset, fuel system, switchgear, transformers and distribution boards, integrated, sound-attenuated and tested on our line before the unit ships. The buyer receives a sealed module that lands on a prepared pad and connects to the load, supplying prime power where the grid does not reach or standby power where continuity matters.
This is the full range a power buyer needs, customised to the brief: genset enclosures for prime or backup duty, distribution and switchgear containers, transformer modules, combined generation-and-distribution units, and fuel-storage modules with bunded containment. Every envelope leaves the same EN 1090-1 EXC2 line in Bánovce nad Bebravou as our other work, under the same documentation discipline.
The advantages are mobility, protection and predictability. The plant is built and tested indoors against a fixed specification, the enclosure is sound-attenuated and weather-rated for its site, and the unit can be relocated when the demand moves. Generator and distribution modules also pair directly with our data-center and power-module work, supplying the prime or standby feed those loads require.
Build standard
Construction and materials
A generator container is built on our ISO and special-purpose steel envelopes, then fitted with the generation and distribution plant. Common build elements:
Envelope
EN 1090-1 EXC2 steel frame and body, ISO 1CC corner castings, weather-rated to the deployment climate, hot-dip galvanised substructure on request.
Acoustic treatment
sound-attenuated walls, roof, intake and exhaust, with attenuator banks sized to the noise target.
Generation
genset mounting with anti-vibration, exhaust and silencing, combustion-air intake, and a residential or critical-grade silencing package on request.
Fuel system
integrated base or bunded fuel tank, day tank, fuel polishing and spill containment to the run-time and environmental brief.
Distribution and control
switchgear, transformers, distribution boards, automatic transfer switching, paralleling and synchronising controls where multiple sets run together.
Cooling and ventilation
radiator or remote cooling, louvres and dampers, gas-tight separation where required.
Connection
cable entries, busway, earthing, and metering to the buyer's monitoring or BMS.
Finish
ISO 8501 Sa 2.5 surface preparation, EN ISO 12944 C3 to C5 coating, any RAL livery.
Certified
Certifications and norms
The steelwork runs to EN 1090-1 EXC2 and the plant is integrated to recognised electrical and safety norms. Run on the same line:
- EN 1090-1 EXC2 (execution class for the steel structure)
- EN ISO 3834-2 (welding, production level)
- EN ISO 9606 welder qualification (MAG 135 and related processes)
- ISO 8501 Sa 2.5 surface preparation, EN ISO 12944 C3 to C5 coating
- PN-HD 60364 low-voltage electrical design for the distribution path
- EN 10204 3.1 mill certificates on traceable steel
- ISO 9001 quality and ISO 14001 environmental management
- CSC plate (Container Safety Convention) where the unit is intended for intermodal handling
- Factory acceptance and load testing of the plant before dispatch
Emissions, acoustic and grid-connection requirements are confirmed at the specification stage and engineered into the build.
Deployment
Typical use cases
Prime power off-grid
A continuous-duty genset container for sites, infrastructure and remote operations where the grid does not reach.
Configure
Customisation options
Anything we can mount, wire, attenuate, test and seal inside the hall can be specified. Common deviation routes:
prime, standby or continuous duty, with the genset, switchgear and transformer rating set to the load schedule.
Lead time
Lead time and delivery
A generator and distribution container runs on a 10 to 16 week custom schedule from signed-off drawings to ex works dispatch; simpler enclosures can follow the catalog 6 to 10 week track.
Specification and NDA
within 24 hours of first contact when the brief is sensitive.
Quotation
3 to 10 working
a fixed price and lead time, typically within 3 to 10 working days.
Engineering
enclosure, acoustic, fuel and distribution design, BOM, weld procedures, customer sign-off gate before steel is cut.
Production and integration
envelope, plant, fuel system and controls built and wired indoors.
Factory acceptance
load test and acceptance of generation and distribution before dispatch.
Delivery
EXW Bánovce nad Bebravou as default, DAP and DDP on request, with the as-built dossier on handover.
Proven in service
Reference deployments
The deployments below are described by region and sector only, in line with our anonymised reference policy. Configuration detail is indicative.
Central Europe, critical-infrastructure operator
- Standby genset container with automatic transfer switching for a facility that cannot tolerate an outage
- Sound-attenuated enclosure sized to the site boundary noise limit
- Bunded fuel tank for the required run time, remote start and monitoring
- Use case: backup power held ready and tested for a continuity-critical site
A standby module that is built, load-tested and sealed indoors removes the field uncertainty from a continuity plan.
Western Europe, off-grid infrastructure site
- Prime-power genset container for continuous duty where the grid does not reach
- Integrated fuel system with spill containment, C4 coating for exposure
- Distribution and metering to the site's monitoring
- Use case: continuous off-grid generation for a remote operation
Off-grid sites reward a sealed, relocatable plant that runs continuously and moves when the operation does.
Central Europe, data-center developer
- Generation and distribution paired with a containerized data hall to supply its standby feed
- Switchgear and transformer module with paralleling controls
- Use case: standby power and distribution for a modular data deployment
Generation and distribution modules pair directly with our data-center and power-module work, so the power and the load arrive as a coordinated set.
FAQ
FAQ
Send a specification. Get a fixed quote.
Engineering review included. Quotation turnaround is 3 to 5 working days for standard configurations.