Electrical Infrastructure
Wiring, routing, protection and upgrades for buildings, plant areas and operational spaces.
- Wire buildings and industrial sites
- Install distribution systems
- Upgrade existing electrics
Sites under our care, how fast we respond, and how often we watch.
Equipment brands we deploy




From the first cable to support after go-live.
Wiring, routing, protection and upgrades for buildings, plant areas and operational spaces.
Continuity when supply degrades, outages occur or source transfer is poorly managed.
Solar with the storage, controls and monitoring needed in operation.
Commissioning, preventive maintenance, fault response and monitoring, after the system is live.
Conditioning and protection against unstable supply.
Reviews for new builds, upgrades, recovery and capacity planning.
Installation and maintenance by our own specialists, within one company.
Power design based on your continuity needs.
Maintenance and response continue after installation.
Infrastructure, backup, solar and support as one system.
Outages, unstable supply and switching gaps each need a different answer. These options can also be combined into one system.
| Option | Dips & spikes | Switching gap | Long outages | Lower costs |
|---|---|---|---|---|
| UPSCritical electronics | ||||
| GeneratorSite-wide standby | ||||
| SolarSized to your load | ||||
| Battery storageSized on autonomy | ||||
| HybridOne control logic | ||||
| Power qualityConditioning and surge protection |
Defined scope, controlled change, support after commissioning.
Review the site, loads and continuity risks.
Size electrical, backup or solar scope to demand.
Commission, test sources and hand over.
Maintain, monitor and improve the live system.
Common questions from facilities and operations teams.
It depends on your loads and your outage risk. A site assessment, with load studies and readiness reviews, ranks the risks before any equipment is specified.
They do different jobs. A generator covers outages through ATS or AMF switching, while a UPS keeps sensitive equipment, such as IT and control systems, running on conditioned power.
Solar reduces how often the generator runs. Combined with battery storage and the generator in a hybrid system, it lowers fuel dependency and keeps a backup source available.
On useful autonomy: how long the critical loads must keep running, and how the batteries work alongside solar and the generator.
Each system is commissioned with testing and switching checks, then handed over. Monitoring then reports faults, uptime and production, and planned maintenance replaces break-fix.
Yes, we investigate each fault, correct it and then recommend practical improvements. Recurring dips and spikes are caught earlier with conditioning, surge protection and monitoring.
Tell us what to stabilise, protect or improve.