Data Center Power Solutions — UL Certified for Hyperscale & AI Computing
Riches Hardware Co., Ltd — Factory-Direct UL891 Switchgear, High-Density Busway, and Intelligent PDUs for North American Data Centers and AI/ML GPU Clusters
Riches Hardware Co., Ltd (集业达机电科技（惠州）有限公司) is a China-based factory-direct manufacturer of UL891 switchboards and UL508A control panels for U.S. industrial equipment exporters. We specialize in power distribution solutions for data centers, AI computing facilities, and hyperscale GPU clusters.
UL certified and TIA-942 compliant. Our data center electrical equipment is designed and manufactured to meet NEC Article 708 (COPS), TIA-942, and NFPA 70E arc flash standards. Each system is factory-tested and ships with complete documentation.
Challenges in Data Center Power Distribution
High Power Density
AI/ML GPU clusters and hyperscale data centers require power densities exceeding 50kW per rack, demanding robust busway and switchgear systems.
2N Redundancy Requirements
Mission-critical facilities require fully redundant power distribution with automatic failover and zero downtime during maintenance.
Arc Flash Safety
High short-circuit currents in data centers create arc flash hazards requiring specialized mitigation and NFPA 70E compliance.
Scalability
Data centers must scale power infrastructure incrementally without disrupting existing operations or requiring complete system redesign.
Our Data Center Solutions
High-Density Busway Systems
Modular busway rated up to 6000A with tap-off boxes for flexible power distribution to high-density racks.
2N Redundant Switchgear
Dual-feed UL891 switchboards with automatic transfer switches for seamless failover during maintenance or faults.
Arc Flash Mitigation
Current-limiting fuses, arc-resistant switchgear, and remote racking to minimize arc flash incident energy levels.
Intelligent PDUs
UL508A intelligent power distribution units with remote monitoring, outlet-level metering, and environmental sensors.
Recommended Products
UL891 Switchboards (480V/6000A)
High-Density Busway Systems
Automatic Transfer Switches (UL 1008)
UL508A Intelligent PDUs
UPS Bypass Switchgear
Generator Paralleling Switchgear
Micro Data Center Power Modules
Bus Duct Systems
Compliance Standards
Frequently Asked Questions
Can you provide power distribution solutions for data centers and AI computing facilities?
Yes. We design and manufacture UL 891 switchboards, high-density busway systems, and UL 508A intelligent PDU panels for hyperscale data centers and AI/ML GPU clusters. Our solutions support 2N redundancy, 480V/6000A bus ratings, SCCR up to 200kA, and comply with NEC Article 708 (COPS), TIA-942, and NFPA 70E arc flash standards. We also offer integrated micro data center power modules for edge computing deployments.
Do your switchboards support 2N redundancy for mission-critical data centers?
Yes. Our UL891 switchboards are designed for 2N redundant power distribution with dual utility feeds, automatic transfer switches (UL 1008), and generator paralleling switchgear. We provide complete redundancy with zero downtime during maintenance or utility failures. All systems comply with NEC Article 700 (Emergency) and Article 701 (Legally Required Standby).
Can your busway systems handle high-density AI/ML GPU clusters?
Yes. Our modular busway systems are rated up to 6000A at 480V/600V and can support power densities exceeding 50kW per rack. We offer tap-off boxes with various ampacity ratings for flexible power distribution. Our busway systems comply with UL 857 and IEEE standards for data center applications.
What is the lead time for data center electrical equipment?
Standard catalog products: 4-6 weeks production plus 4-6 weeks ocean freight. Custom data center solutions: 8-12 weeks production plus 4-6 weeks shipping. We coordinate with your project timeline and can provide staged deliveries for phased data center deployments.
Need Data Center Power Solutions?
Our engineering team can design custom UL-certified power distribution systems for your data center or AI computing facility. Share your power requirements, redundancy needs, and compliance standards — we will provide a detailed proposal within 24 hours.
Discuss Your Project