With the Internet of Things, big data RFID、 With the rapid development of mobile Internet and other technologies, communication power technology has made great progress. In order to meet the management needs of enterprise intelligence and informatization, centralized monitoring of the power environment in communication rooms has become an inevitable trend.

The PEIMS power environment monitoring and management system integrates technologies such as data transmission, computer communication, database applications, data sensing acquisition, and automatic control to achieve remote real-time monitoring and management of high and low voltage distribution, rectifier power supply, air conditioning, generators, batteries, UPS, inverters, and environmental security equipment in communication rooms. It achieves unmanned operation, improves maintenance efficiency, reduces maintenance costs, and is widely used in communication rooms of enterprises such as communication, power, finance, public security, and education.

The system adopts a tree like hierarchical distributed network topology, which is more suitable for monitoring requirements with a large number of power and communication rooms, wide distribution, and complex equipment types. The distributed networking architecture design ensures that real-time data collection and processing are not affected by the construction scale.

Adopting multi-threaded technology to achieve real-time data collection and analysis processing, utilizing the Windows platform combined with browser technology Browse to provide a user-friendly multimedia human-machine interface; Using SQL Server database to manage the storage, classification, and maintenance of historical data reports.

System working architecture diagram:

As the scheduling center of the entire system, the monitoring center mainly prevents network equipment management systems, monitoring display screens, etc; The monitored equipment in each floor's computer room includes UPS/batteries, server cabinets, air conditioning, fans, smart meters, etc. Each floor is equipped with an integrated centralized procurement processing machine according to actual needs. This processing machine serves as an environmental access device for temperature, humidity, water intrusion, smoke, and other environmental parameters in the computer room. It also connects intelligent devices such as UPS, distribution cabinets, fire protection systems, and access control. The monitoring center host achieves remote unified management through TCP/IP. The centralized monitoring mainly includes the following 9 parts: UPS monitoring subsystem, air conditioning monitoring subsystem, power distribution monitoring subsystem, lightning protection monitoring subsystem, temperature and humidity monitoring subsystem, water leakage monitoring subsystem, fire monitoring subsystem, access control monitoring subsystem, and video monitoring subsystem.

Customer value:

Realize the transformation from manual maintenance and management to intelligent and smart management.

Greatly improving maintenance quality is of great significance for the power guarantee of the site.

Automated management methods effectively reduce the number of maintenance personnel and maintenance costs.

Strong comprehensive management capabilities enhance the public image of government enterprises.

Platform monitoring integration diagram: