Data centres
Commissioning, maintenance, capacity support and resilient temporary generation.
Discuss capacity →500 kVA, 1 MVA and multi-megawatt generator packages—designed, installed and supported as complete temporary power systems.

Large-scale power is a systems-engineering project, not an equipment drop.
We coordinate generation, synchronisation, transformers, protection, distribution, fuel and controls around the load profile and site programme. Access, lifting, cable routes, earthing, changeover and testing are considered before mobilisation.
Indicative architectures shown. Final selection depends on confirmed load data, voltage, operating mode, environment and resilience requirement.

Single units or synchronised modular packages sized to the real load.
Voltage transformation and interfaces coordinated around site requirements.
Switchgear, protection and high-capacity cable routes designed as one system.
Load sharing, changeover, monitoring and alarms configured for the operating mode.
High-capacity temporary systems developed around operational risk, site constraints and programme—not a standard equipment list.
Commissioning, maintenance, capacity support and resilient temporary generation.
Discuss capacity →Process power during shutdowns, failures, upgrades and production peaks.
Discuss capacity →High-capacity temporary supplies for essential water, power and network assets.
Discuss capacity →Major rail, highways, tunnelling and civil-engineering programmes.
Discuss capacity →Engineered capacity for critical facilities and planned electrical works.
Discuss capacity →Temporary generation around constrained, delayed or interrupted connections.
Discuss capacity →Large packages can be configured around duty/standby generation, N+1 capacity, modular load sharing and planned maintenance. The correct architecture depends on what happens if any single component becomes unavailable.
Talk to a power engineer ↗Loads, interfaces, access, risks and operating modes defined.
Generation, protection, distribution, fuel and controls coordinated.
Equipment installed, tested and proven against the agreed sequence.
Monitoring, fuel, maintenance and response managed throughout the hire.
High-output systems need a realistic fuel strategy. Tank sizing, consumption, transfer arrangements, access windows and delivery frequency are planned against the operating profile.
For this service we focus on projects around 500 kVA and above, including individual 1 MVA-class modules and synchronised multi-generator packages delivering several megawatts.
Yes. Parallel packages can share load, add capacity in modular steps and provide N+1 resilience. The control, protection and connection arrangement is engineered around the application.
Yes. Large temporary systems can include transformers, switchgear, distribution boards, cabling, protection, load banks, fuel systems and monitoring as one coordinated package.
We review running and starting loads, power factor, harmonics, diversity, step loading, future demand, supply voltage and resilience. Confirmed equipment is based on an engineered load schedule rather than a headline total alone.
Yes. We can plan bulk tanks, transfer arrangements, telemetry, consumption monitoring and scheduled deliveries around the site operating plan and access controls.
Send your load schedule, supply details, site plan, programme and resilience requirement. Our engineers will shape the right high-capacity package.
Get a large generator quote ↗