During the development of intelligent transportation systems in China, a busy expressway section in Anhui carries complex traffic management operations. Its real-time traffic monitoring system requires continuous collection of vehicle flow and speed data; its information dissemination system demands instant transmission of road conditions; and its tolling system handles massive transaction volumes. The efficient functioning of these critical services relies on stable and reliable backend data center support.
However, traditional decentralized data center construction models present significant limitations: low space utilization, deployment cycles stretching several months, high manpower requirements for maintenance, and typically high PUE (Power Usage Effectiveness). These limitations make them unsuitable for the stringent demands of an intelligent expressway data center.
Demand Analysis for the Intelligent Expressway Data Center
To ensure the smooth operation of the expressway system, the project specified five core requirements for the data center:
- High Reliability: Guarantee 24/7 uninterrupted operation, preventing service interruptions due to power supply or environmental factors.
- Rapid Deployment: Meet the short construction timeline of the expressway project.
- Space Optimization: Adapt to limited space along the expressway route and maximize space utilization.
- Intelligent O&M: Enable remote monitoring and management, reducing on-site maintenance pressure.
- Energy Efficiency: Reduce power consumption and long-term operational costs.
GOTTOGPOWER Integrated Data Center Solution
Addressing this intelligent expressway scenario, GOTTOGPOWER introduced a prefabricated, modular integrated data center solution, achieving technological breakthroughs across multiple dimensions:
- Highly Reliable Power Supply System:
Utilizes a high-density lithium battery UPS system with millisecond-level switching speed. During mains power failure or voltage fluctuations exceeding thresholds, the UPS seamlessly transfers the load to battery power within 20 milliseconds. This ensures continuous, stable operation of critical loads like traffic monitoring and tolling systems, guaranteeing business continuity. - Precision Environmental Control System:
Incorporates highly efficient precision air conditioning with EC fans and inverter compressor technology. Real-time temperature and humidity sensors collect environmental data, enabling intelligent adjustment of cooling capacity and airflow. This provides a stable operating environment for IT equipment even under extreme outdoor conditions, effectively reducing equipment failure rates. - Integrated Intelligent Cabinet Design:
Highly integrates power distribution, cooling, monitoring, cabling systems, and an optional fire suppression module within enclosed cabinets. The modular design ensures tight coordination between systems within the cabinet. Compared to traditional data rooms, this significantly reduces the footprint and supports flexible expansion to meet future business growth. - Intelligent Monitoring Management System:
Integrates a DCIM (Data Center Infrastructure Management) system with environmental monitoring. Sensors deployed inside the cabinet continuously monitor critical parameters like power status, temperature, humidity, water leakage, and smoke. Upon detecting any anomaly, the system immediately triggers remote alerts via SMS, voice call, email, audible/visual alarms, etc., enhancing operational efficiency. - Rapid Deployment Model:
Employs a factory-prefabricated, on-site modular assembly approach. Equipment installation, debugging, and testing are completed in the factory. On-site work primarily involves module assembly and system integration testing. This model drastically shortens the deployment cycle and significantly improves project delivery efficiency compared to traditional construction methods.
Project Outcomes and Value Delivered:
Since deployment and commissioning, the project has yielded significant results. The successful implementation of the GOTTOGPOWER Integrated Data Center in the Anhui Intelligent Expressway project demonstrates its technical feasibility and practicality in the transportation sector. Moving forward, this solution will continue to empower intelligent transportation development, providing stable, efficient, and intelligent data center infrastructure for scenarios such as rail transit and aviation hubs.
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