Empower Data Centers with Smarter Energy
From precise metering to early fault warnings—build a more efficient and scalable power system today.
Industry Challenges
& Solution Overview
Data center power distribution systems are evolving from simply "delivering power" to being visible, controllable, and optimizable. To meet the demands of high-density IT loads and stringent continuity requirements, this solution employs a three-tier architecture (Sensing Layer – Control Layer – Platform Layer) to unify data and control across the entire chain—from MV/LV distribution and UPS systems to RPPs/busways, down to server cabinets and end-point loads. This enables precise energy metering, early fault warnings, proactive capacity planning, and sustainable efficiency optimization. It provides a reliable data foundation and on-site execution capability for your DCIM/iEMS platform.
Too Many Circuits
High Risks
Scattered Systems
Customizable Solutions
MV/LV Digital Solution
Primary Power Visualization & Reliable Control:
Deploy power monitoring and gateway access at critical nodes such as MV/LV switchgear, ATS, and UPS to build automation and operational status visualization for power distribution rooms. It supports standard communication interfaces with upper-layer platforms, enabling "visibility and manageability" of the primary power distribution.
Traditional RPP Solution
Branch-Level Metering & Retrofit-Friendly:
An integrated digital solution for intelligent power distribution and energy efficiency in data centers. Targeting the typical chain from UPS → PDU → RPP → rPDU → IT Loads, it provides a multi-circuit energy consumption monitoring system. It supports retrofitting existing computer rooms, utilizes an integrated web server for easy commissioning, features AC/DC measurement without occupying extra space, and allows for expansion and replacement without power interruption.
Modern Busway Solution
High-Density + Easy Expansion:
Embeds monitoring and data acquisition capabilities within the Feeder Box / Tap-off Box / Main Control Box structure, achieving end-to-end digitization of the busway system. It unifies the collection of main trunk electrical parameters, branch circuit energy consumption, equipment health diagnostics, and anomaly alarms, sending data up to DCIM/BMS. This supports high-density cabinets and rapid capacity expansion.
Digital DCIM/iEMS Solution
Triple Closed-Loop for Energy Efficiency, Reliability, and Capacity:
The platform aggregates power and environmental data, providing accurate PUE calculation and energy efficiency optimization, abnormal power parameter detection and predictive warnings, and cabinet-level capacity management and cost control. It supports northbound interfaces (e.g., API/HTTPS) and multi-protocol access (e.g., Modbus TCP, SNMP, MQTT), enabling an operable digital closed-loop.
Main Advantages
Precise Metering
Early Warnings
Scalable Capacity
Multi-Protocol Support
Supporty high-density circuit monitoring and real time power analysis. It creates a clear system to track and check energy use, helping you optimize PUE and save energy.
