Intelligent Temperature and Humidity Monitoring System for Computer Room of a Certain Unit
The operating environment of a computer room has specific requirements for parameters such as temperature and humidity. Under the continuous operation of high-density electronic equipment, a significant heat load is generated. This "heat accumulation" effect makes temperature control in the computer room a key factor in ensuring the stable operation of equipment. It is worth noting that for every 10℃ increase in the operating temperature of electronic devices, the failure rate may double.
Computer rooms are classified into three levels: A, B, and C. Among them, level A requires simultaneous monitoring of temperature and humidity, with an allowable temperature fluctuation range of ±1℃. The international standard ASHRAE TC9.9 technical guideline recommends that the operating temperature of data centers be controlled between 18℃ and 27℃, and suggests precise zonal monitoring to avoid hotspots. These standards are not only compliance requirements but also the "lifeline" for ensuring business continuity.
Traditional temperature management in computer rooms mainly relies on manual inspections and local monitoring systems, which have significant drawbacks. Manual inspections typically suffer from the "three lows and one high" problem: low real-time performance (inspection intervals are usually 1-4 hours), low coverage density (a single inspection can only monitor 10%-20% of key points), low data continuity (manual records are prone to omissions and errors), and high labor costs.
The temperature and humidity monitoring system for computer rooms provides 24-hour continuous monitoring and recording. The system can be expanded with monitoring points and can collect parameters such as temperature, humidity, smoke, and carbon dioxide concentration in real time. It can set alarm limits for temperature and humidity at each point and notify relevant personnel through WeChat, APP, phone calls, and text messages.
The temperature and humidity monitoring system includes a monitoring host, communication modules, various sensors (temperature, humidity, smoke, etc.), data acquisition modules, configuration and testing programs, and monitoring platform software. It supports multiple Windows operating systems and adopts a modular design, allowing customization based on actual needs.
