Reliable Power Infrastructure for Mission-Critical Data Centers
Our data center power solutions are engineered to keep operations running 24/7. Designed for efficiency, scalability, and performance, each system reduces footprint, installation time, and energy consumption while being fully customized to meet your facility’s exact requirements.
Reliable Power Infrastructure for Mission-Critical Data Centers
Our data center power systems deliver 24/7 uptime with efficient, space-saving, and scalable performance tailored to your facility.
Mission Ready Systems
Power systems built for uptime, speed, and scalability
Data centers need power systems that deploy quickly, scale easily, and perform reliably. Custom-built equipment, flexible engineering, and responsive timelines help support critical environments.
Rapid Deployment
Fast lead times supported by in-house production, available inventory, and coordinated logistics to meet demanding project schedules.
Mission Critical
Built for uptime-driven environments, each system is tested and verified to ensure reliable performance in high-demand applications.
Custom Solutions
Flexible system configurations built to your specifications, including integrated components, specialized enclosures, and complex layouts.
Engineering Support
Ongoing engineering support, retrofit guidance, and integration assistance to maintain long-term performance and adaptability.
Mission Ready Systems
Power systems built for uptime, speed, and scalability
Data centers need power systems that deploy quickly, scale easily, and perform reliably. Custom-built equipment, flexible engineering, and responsive timelines help support critical environments.
Rapid Deployment
Fast lead times supported by in-house production, available inventory, and coordinated logistics to meet demanding project schedules.
Mission Critical
Built for uptime-driven environments, each system is tested to ensure reliable performance in high-demand applications.
Custom Solutions
Flexible system configurations built to spec, including integrated components, enclosures, and complex layouts.
Engineering Support
Ongoing engineering support, retrofit guidance, and integration assistance to maintain long-term performance.
Next Gen Infrastructure
End-to-end power ecosystem for scalable data centers
Switchgear, remote power panels, and panelboards work together to distribute, protect, and manage power across critical data center environments. Each system is configured around site requirements, load demands, and long-term scalability.
NEMA 1 | NEMA 3R
Indoor Switchgear
Control, protection, and isolation for indoor heavy-load power distribution across systems.
NEMA 3R
Outdoor Switchgear
Reliable control and protection for outdoor low-amperage distribution across systems.
NEMA 1
Remote Power Panels
High-density power distribution with flexible circuit deployment in critical environments.
NEMA 1 | NEMA 3R
Panelboards
Branch circuit distribution for commercial and light industrial power systems.
Next Gen Infrastructure
End-to-end power ecosystem for scalable data centers
NEMA 1 | NEMA 3R
Indoor Switchgear
Control, protection, and isolation for indoor heavy-load power distribution across systems.
NEMA 1 | NEMA 3R
Outdoor Switchgear
Control, protection, and isolation for indoor heavy-load power distribution across systems.
NEMA 1
Remote Power Panels
High-density power distribution with flexible circuit deployment in critical environments.
NEMA 1 | NEMA 3R
Panelboards
Branch circuit distribution for commercial and light industrial power systems.
Rising Power Demand
Uptime starts with reliable power infrastructure
Data centers cannot afford weak links in the electrical system. With outage costs, energy demands, and infrastructure growth all increasing, reliable power distribution is essential to keeping critical environments online and scalable.
Custom data center switchgear solutions
Built for primary power distribution, custom switchgear helps data centers route, protect, and control critical loads while meeting site-specific requirements.
Built around the requirements of critical power systems
Switchgear for data center environments needs to satisfy electrical ratings, utility requirements, equipment access, protection, monitoring, and long-term expansion plans. Our technical overview breaks down the key configuration areas that shape each lineup.
Amperage
Up to 4000A main service and distribution
Voltage ratings
20/240V, 240V, 208Y/120V, 240/120V, 480V, 480Y/277V, 415/240V
Short circuit rating
Up to 65k AIC, configuration dependent
Configuration
Service entrance, main distribution, main-tie-main, and distribution sections
Enclosure
NEMA 1 indoor or NEMA 3R outdoor construction
Metering options
Single-tenant or multi-tenant utility metering
Accessories
Power metering, SPD, BCMS, ground fault protection, and arc flash reduction
UL 891 Listed
Every switchgear lineup is built to UL 891 standards for safe, reliable low-voltage power distribution.
EUSERC Compliant
Configured for EUSERC utility metering requirements in service entrance switchgear applications.
Factory Tested
Tested before shipment for continuity, insulation resistance, component function, and system readiness.
UL 891 Listed
Every switchgear lineup is built to UL 891 standards for safe, reliable low-voltage power distribution.
EUSERC Compliant
Configured for EUSERC utility metering requirements in service entrance switchgear applications.
Factory Tested
Tested before shipment for continuity, insulation resistance, component function, and system readiness.
Scalable RPPs for data center environments
Built for localized power distribution, remote power panels bring flexible branch circuit deployment closer to racks, rows, and critical equipment zones within data center environments.
Built for localized branch circuit distribution
Remote power panels support efficient downstream distribution from switchgear, PDUs, switchboards, or other upstream power systems. Designed for data centers, electrical rooms, and mission-critical environments, RPPs help reduce cable runs, organize loads, and support scalable facility power infrastructure.
Amperage
Available from 225A to 1600A
Branch circuits
Up to 84 circuits in typical configurations
Distribution role
Downstream distribution from PDUs, switchgear, switchboards, or upstream sources
Installation
Indoor installation for data centers, electrical rooms, and controlled environments
Monitoring
Optional BCMS for branch circuit visibility and real-time electrical data
Access
Front-access design for serviceability and maintenance efficiency
Certification
UL 891 listed power distribution equipment
High-Density Distribution
Branch Circuit Monitoring
Factory Tested
High-Density Distribution
Every RPP is designed to support organized branch circuit distribution for high-density data center environments.
Branch Circuit Monitoring
Optional BCMS provides visibility into voltage, current, and power usage across connected branch circuits.
Factory Tested
Each RPP is factory tested for continuity, insulation resistance, component function, and system readiness.
Panelboards for downstream power distribution
Built for branch circuit distribution, panelboards support lighting, controls, mechanical equipment, and auxiliary power systems across data center facilities.
Branch Circuit Distribution
Custom-Built Layouts
Each panelboard can be configured around breaker requirements, enclosure type, ratings, and available space.
Facility Support Power
Supports lighting, controls, mechanical equipment, monitoring systems, and auxiliary power.
Branch Circuit Distribution
Panelboards provide structured branch circuit distribution for facility-level electrical loads.
Custom-Built Layouts
Each panelboard can be configured around breaker requirements, enclosure type, ratings, and available space.
Facility Support Power
Each panelboard can be configured around breaker requirements, enclosure type, ratings, and available space.
Ready to Build?
Let’s build your power system
Get custom-built switchgear, RPPs, and panelboards designed to support critical loads, efficient deployment, and scalable data center infrastructure.