Data Center Solutions

AI-powered Intelligent O&M: Building a New Generation of Smart Green Data Centers

What is DCIM

DCIM (Data Center Infrastructure Management) is a software solution that integrates IT and facility systems to monitor, analyze, and optimize energy usage, capacity planning, and equipment performance in real-time, ensuring operational efficiency and preventing downtime

Pilot DCIM Solutions

AI-Based Integrated Monitoring System Platform for Data Centers

Data center low-voltage systems integrate four core modules: Environment Monitoring (temperature/humidity/smoke), Power Monitoring (voltage/current stability), Battery Management (backup status), and Cooling Automation (thermal optimization). Isolated operations require O&M teams to cross-reference fragmented data across multiple interfaces, delaying fault resolution.

A unified platform centralizes these subsystems, enabling real-time cross-system correlation, automated diagnostics, and single-screen control. This eliminates interface-switching inefficiencies, accelerates response times, and ensures 24/7 infrastructure reliability through proactive system interoperability.

Platform Features:

All-in-One: Highly integrated platform combining power, environment, and cooling management.

AI Empowerment: AI-driven vertical cooling optimization enables coordinated control among chilled water stations, precision air conditioners, and IT environments, maximizing energy efficiency.

Fault Prediction: Proactive alerts for potential faults. Leveraging big data analytics, the platform rapidly identifies anomalies with a fault warning success rate exceeding 95%.

Expert Diagnostics: Built-in library of thousands of fault models provides automated solution recommendations, accelerating fault localization and resolution.

Digital Twin-Based Scenario Reconstruction

Digital Twin technology creates a virtual simulation of the data center, enabling transparent and visualized management. This allows administrators to intuitively grasp operational insights, improving asset and monitoring efficiency for a next-gen, 3D-managed data center.

Visualized Asset Management

Full lifecycle management of data center assets is achieved through intelligent asset tags for real-time tracking and automated inventory reporting. This drastically reduces manual workloads and enhances asset management efficiency.

AR-Based O&M with Digital Twin

Augmented Reality (AR) technology enables virtual inspections and maintenance, empowering every team member to perform expert-level O&M tasks with enhanced efficiency.

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Data Center Cooling Automation System

This AI-driven system automates cooling operations, optimizing performance through real-time monitoring of chillers, cooling towers, pumps, heat exchangers, and thermal storage tanks. Key features include:

Full Automation: No manual intervention required.
AI Algorithms: Fault prediction, cooling load forecasting, and proprietary mathematical models.
Extensive Algorithm Library: Over 5,000 algorithms, including industry-first solutions.
Redundant Architecture: Ensures system reliability and safety.
Cost Savings: Enhances natural cooling efficiency, reduces power consumption, and lowers PUE.

Medium & Low Voltage Power Monitoring System

This system ensures stable and secure power supply by monitoring parameters
such as current, voltage, power, and temperature. It enables rapid fault detection,
preventive maintenance, and energy optimization.

3-Second Data Response: Real-time monitoring with second-level alerts.
Dynamic Visualization: Real-time status display of every circuit.
Secure Remote Control: Three-level authorization and interlock protection.
Integration: Seamless coordination with the Medium Voltage Transfer Switching
System.

Medium Voltage Automatic Transfer Switching System

Designed for high reliability, the Smart-PM9100 system automates power switching between mains and backup generators, minimizing manual intervention and enhancing safety.

Fault-Tolerant Design: Redundant CPU, power supply, and bus architecture.
Scenario-Based Response: Predefined protocols for diverse fault scenarios.
Full Automation: Efficient, logic-driven switching with visual execution tracking.
Robust Data Acquisition: Hardwired connections and anti-interference signal channels.