Industries
The same physics, very different operating requirements
A hospital's essential electrical system, a data center's 2N distribution and a water plant's remote lift station all run on switchgear — but they are specified, protected, automated and maintained differently. Here is how LV, MV, automation and monitoring fit each one.
- Data CentersPower distribution built for concurrent maintainability and steady load growth
- Industrial ManufacturingPlant distribution that holds up through faults, maintenance and the next expansion
- Oil & GasSwitchgear and power distribution centers engineered for classified areas and remote sites
- UtilitiesDistribution substation switchgear and automation built to utility protection and SCADA practice
- HealthcareNormal and essential power distribution engineered for hospitals that never close
- Water / WastewaterPump station and treatment plant power engineered for corrosive environments and remote operation
- GovernmentSwitchgear and controls delivered to specification, documented for a 30-year service life
- Critical InfrastructureResilient distribution for facilities where an electrical outage becomes a public incident
- EV ChargingCharging hub electrical infrastructure from the utility service to the dispenser feeders
- Battery Energy Storage (BESS)Interconnection and protection engineered for inverter-based sources, from PCS to point of interconnection
- Renewable EnergyCollector and interconnection switchgear for inverter-based generation plants
- Commercial FacilitiesService entrance, tenant distribution and retrofits engineered for occupied buildings
Apex Power Distribution · ApexPower.ai
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Send a one-line, a specification or a photo of what is installed today. An engineer reviews it and tells you what fits — equipment, protection, controls and monitoring — before anyone talks price.