Panbu Electric
Data Center Automated Monitoring and Intelligent O&M Solutions
Control System · Data Center Automation Monitoring

Data Center Automated Monitoring and Intelligent O&M Solutions

Continuous data center operations rely on the simultaneous reliability of power distribution and cooling systems; any failure in either can cause equipment downtime. Traditionally, power monitoring, precision air conditioning monitoring, and environmental monitoring operate independently with inconsistent protocols and fragmented interfaces. When anomalies occur, operators must switch between multiple systems to troubleshoot, leading to prolonged diagnosis times. This solution unifies operations through a four-tier architecture: **Terminal Acquisition – Local Control – SCADA Monitoring – Cloud Platform Operations**. - **Terminal Layer**: IoT controllers collect device data and integrate communication protocols, enabling plug-and-play platform access while supporting multi-vendor devices. - **Control Layer**: Complete cabinets for PLC control, MCC control, VFD control, and low-voltage power distribution enable local automatic and manual control of power circuits and cooling equipment. - **Monitoring Layer**: The SCADA system aggregates data from multiple PLC stations via Ethernet, Profibus-DP, RS485, and MODBUS. It displays real-time operational status through graphical interfaces on operator stations and video walls, featuring hierarchical monitoring of high/low-voltage systems, tiered alert notifications, historical data retrieval, trend analysis, and integration with cameras and DVRs for video verification. - **Platform Layer**: A SaaS-based IoT cloud platform supports user, mobile, and backend configuration interfaces, enabling remote device control and rapid response to abnormal conditions. In multi-room scenarios, each room's monitoring system connects to the centralized control center via dedicated VPN networks. Local control stations and the cloud operate simultaneously with bidirectional data exchange, preventing monitoring outages due to single-link failures. The platform integrates GPS vehicle tracking and real-time video surveillance to create a unified view covering equipment, environment, and security. Deliverables include end-to-end personalized consulting and rapid, cost-effective platform deployment. Services cover mechanical/electrical installation, electrical control programming/commissioning, and system maintenance—spanning construction design, solution optimization, cabinet supply, installation, software development, and final commissioning as a complete turnkey project.

Use Cases:Data center and server room precision air conditioning cluster control, power distribution and UPS system monitoring, chilled water and cooling tower cluster control, modular data center environmental monitoring, centralized multi-site operations and maintenance, and legacy building automation system upgrades with IoT transformation.

Solve pain points

01Power distribution, precision air conditioning, and environmental monitoring operate independently with fragmented dashboards that hinder unified analysis.
02Devices from different vendors use incompatible communication protocols, making data integration difficult.
03Switching between systems to troubleshoot during anomalies leads to long fault localization times.
04When a refrigeration system runs at fixed speed for extended periods, significant energy waste occurs if actual load falls below design capacity.
05Multi-site data cannot be aggregated; the Operations Center lacks a unified view.
06Operations staff must be on-site for 7×24 hours, resulting in high labor costs.
07Upgrading existing building automation systems requires shutdowns, leaving a narrow retrofit window.
08Lack of historical data and trend support; operation adjustments rely on manual expertise.

Solution Composition

Inventory of power distribution, cooling, and environmental equipment in server rooms; define data collection points and communication protocols.
Panpu IoT Controller deployment: complete device data collection and communication protocol integration.
Complete supply of PLC control panels, MCC control panels, VFD control panels, and low-voltage distribution cabinets.
SCADA HMI configuration; multi-PLC stations networked via Ethernet, Profibus-DP, or RS85
High- and Low-Voltage Device Hierarchical Monitoring Screen Configuration
Centralized display on monitoring operator stations and video walls, with configurable alarm levels, historical data, and trend curves.
Configure video linkage between camera and DVR
SaaS IoT Cloud Platform Deployment: Enable User, Mobile, and Admin Configuration Portals
Multi-data center access to the central control center via dedicated VPN network, enabling simultaneous cloud and local operations and maintenance.
Chiller VFD Speed Control and Demand-Based Cooling Strategy Configuration
Mechanical and electrical installation, control system programming and commissioning, and load testing
Post-Commissioning Electrical Control System Maintenance and Remote Operations Support

PROCESS

Service Process

  1. 01

    STEP01

    Inquire About Requirements

  2. 02

    STEP02

    Site Survey

  3. 03

    STEP03

    Solution Design

  4. 04

    STEP04

    Cabinet Supply

  5. 05

    STEP05

    Installation & Construction

  6. 06

    STEP06

    Software Development

  7. 07

    STEP07

    Programming Debugging

  8. 08

    STEP08

    Platform Deployment

  9. 09

    STEP09

    Joint Debugging and Acceptance

  10. 10

    STEP10

    Operations Assurance

BENEFITS

Plan Benefits

01

Returns01

Unified power distribution, cooling, and environmental monitoring in a single control dashboard for rapid anomaly detection.

02

Returns02

Supports data collection and communication from multi-vendor terminal devices; existing equipment can be directly integrated.

03

Returns03

IoT controller: plug-and-play with minimal on-site configuration.

04

Returns04

Alerts are prioritized and pushed with traceable historical trends to support operational adjustment decisions.

05

Returns05

Hierarchical monitoring of high-voltage and low-voltage systems, with access rights and views organized by process section.

06

Returns06

Three interfaces—user, mobile, and admin—work together to enable remote device control.

07

Returns07

Multiple data centers are aggregated via dedicated VPN networks to a central control center, forming a unified operations and maintenance view.

08

Returns08

Variable-speed cooling on demand reduces operating energy at partial loads.

09

Returns09

Integrate video surveillance and GPS vehicle tracking for unified dispatch.

10

Returns10

SaaS deployment is fast, cost-effective, and supports phased implementation.

11

Returns11

Turnkey delivery with long-term maintenance services to ensure continuous operation.

Calculation Basis: Energy efficiency grades and efficiency limits are referenced from GB 18613-2020 "Limits of Energy Efficiency and Energy Efficiency Grades for Electric Motors" and IEC 60034-30-1:2014. Product rated efficiency values are sourced from Wolong Electric Drive, JUMO, original product catalogs, and factory test reports. The energy-saving rate range is derived from statistical analysis of actual on-site measurements before and after retrofitting in Panpu's delivered projects under identical operating conditions. Actual performance may vary based on load rate, annual operating hours, and specific operational conditions.

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Associated Industries:Data Center

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