High Power PDU

Extreme Power for AI & HPC Infrastructure

The KingFox High Power PDU series is engineered specifically for High-Density Computing (HDC) and extreme-load environments. Featuring a 480V input and an industry-leading capacity of up to 500A, this series delivers a massive output of approximately 416kW per unit. This extraordinary power density is purpose-built to meet the rigorous demands of Artificial Intelligence (AI), HPC clusters, and Hyperscale Data Centers.

Distinguishing itself through a 125% Oversized Redundancy Design, the KingFox PDU ensures current-carrying capacity that significantly exceeds the standard 80% de-rating limit mandated by NEC codes. This advanced engineering eliminates the risk of thermal de-rating, providing ample headroom to ensure your ASIC and GPU infrastructure operates with absolute security and reliability under continuous, 24/7 heavy-load conditions.

Features

SUSTAINED HIGH-CURRENT CARRYING CAPACITY

SUSTAINED HIGH-CURRENT CARRYING CAPACITY

The PDU employs an overspecified component design, internally utilizing high-conductivity copper busbar technology. This ensures the unit maintains a 125% continuous carrying capacity redundancy even under stringent operating conditions, such as extreme high-current input. This design minimizes the risk of thermal derating and guarantees the long-term stable operation of connected loads.

SUPERIOR THERMAL MANAGEMENT

SUPERIOR THERMAL MANAGEMENT

The temperature rise at critical internal points of the PDU is managed to a limit far below the industry standard, typically maintaining less than +20(Kelvin). This is achieved through an optimized internal structure and enhanced convection cooling design. This superior thermal management effectively extends component lifespan and significantly minimizes the risk of unplanned downtime caused by overheating.

HIGH-STRENGTH ENCLOSURE CONSTRUCTION

HIGH-STRENGTH ENCLOSURE CONSTRUCTION

The PDU features a robust enclosure utilizing 1.5mm thick steel (2.0mm aluminum profile optional), which provides superior structural load-bearing capacity. All critical internal components undergo rigorous environmental screening to resist challenges from extreme temperatures, humidity fluctuations, and high concentration of dust, ensuring reliable PDU operation in continuous, high-load environments.

HIGH-PRECISION DATA MONITORING AND INTEGRATION

HIGH-PRECISION DATA MONITORING AND INTEGRATION

The PDU integrates a Key-Point Thermal Telemetry System and a Power Parameter Metering Module. This combination allows for real-time, proactive monitoring of the input source, circuit breakers, and all critical contacts. The management software supports visual temperature rise curve analysis, enabling remote data integration and facilitating proactive warning and maintenance support.

THREE-PHASE LOAD BALANCING ASSISTANCE

THREE-PHASE LOAD BALANCING ASSISTANCE

The PDU incorporates a highly accurate current monitoring and alarming mechanism to assist users in optimizing three-phase load distribution. This critical feature ensures the utilization rate of the power distribution circuit is maximized, preventing phase overloads and improving overall efficiency.

Intelligent Management

The Kingfox Intelligent Assembly can be flexibly integrated across all PDU product series, transforming the PDU from a standalone power distribution unit into an intelligent unit for the entire rack and the wider data center environment. Whether accessed independently or consolidated into the centralized management of the infrastructure, the Kingfox core maintains state-of-the-art technological capability and robust compatibility with the IT infrastructure environment.

Product Customization

This product supports deep customization. Options include voltage, current, outlet types and quantities, and input configurations. UL and other regulatory certifications are available upon request.

Case Studies

With a proven track record of serving hundreds of enterprises, we have delivered robust, customized PDU solutions across a diverse range of industries.