Technical Analysis of The Computer Room Temperature And Humidity Monitoring System

                       Technical Analysis of the Computer Room Temperature and Humidity Monitoring System

  The functional architecture consists of a sensor layer with temperature and humidity sensors featuring LCD displays, which continuously collect temperature and humidity data from various areas within the computer room in real time. These sensors support integration with air conditioning and fresh air systems to achieve automatic environmental regulation. At the platform layer, a unified monitoring platform integrates temperature and humidity, air conditioning, UPS, and other dynamic environmental data, providing a visual interface.

  Real-time monitoring is the core function, enabling continuous 7×24-hour monitoring of temperature and humidity within the computer room with high data accuracy. Users can set upper and lower limits for temperature and humidity, and the system will trigger multiple alarm mechanisms such as sound and light alarms and SMS notifications when limits are exceeded.

  The system supports remote monitoring and control of air conditioning, fresh air machines, and other equipment, allowing for rapid response to environmental anomalies. It also generates historical data curves and reports to assist in energy efficiency optimization decisions for the computer room.

  Sensor selection should adapt to the complex environment of the computer room, supporting communication protocols such as RS485/Modbus, and be compatible with mainstream monitoring platforms to ensure the reliability of monitoring data transmission. The system integrates 3D visualization technology to achieve panoramic monitoring of the computer room and supports integration with fire protection and access control systems.