Monitoring scheme of UPS for apcups

Monitoring scheme of UPS for apcups

UPS UPS subsystem monitoring screen

(1) The system should be able to monitor the operation status of UPS components in the computer room. Such as: UPS switch, rectifier, battery, inverter, bypass and output and other parts of the status. The system is required to indicate the current flow direction of UPS, to see the power supply status of the load and whether it is protected;

(2) The system shall be able to monitor the parameter status of UPS components in the computer room, such as: voltage, current, frequency, power, backup time, etc.; voltage and current parameters of rectifier and bypass; voltage and current of inverter and battery, backup time and charging capacity of battery, and voltage and current parameters of load, with reasonable layout and visual display;

(3) The system records the historical curve of UPS parameters in the computer room, and can view the curve records of any day at any time;

The server integration, cold and hot channel isolation, dynamic air volume control and intelligent cooling central management system can comprehensively monitor and centrally manage the IT micro environment such as branch load and temperature of each cabinet in the machine room. At the same time, it can control the precise air conditioner to set temperature, working mode and switch on / off, and make full use of the unattended remote alarm notification and dispatch system of the monitoring platform The communication integrated network management alarm platform is established by patrol inspection. The software interface is displayed by 3D animation, which is vivid, intuitive and easy to operate. The configuration data of the server and the integrated collector are mutually backed up to ensure the data synchronization and configuration synchronization of the whole network, and realize the centralized monitoring, centralized management and centralized maintenance.

The network structure is reasonable, the monitoring data is accurate, and the system is running stably. The monitoring focus is shifted from the overall computer room to it equipment. The local hot issues are successfully solved based on the equipment. The refined management of the cabinet microenvironment in the data center and the goal of energy conservation and emission reduction are realized. The unattended computer room is guaranteed, and the operation and maintenance level and efficiency are greatly improved.

This scheme adopts the topology structure of server + integrated collector + front-end equipment. The front-end equipment such as power analyzer, cabinet controller and intelligent ventilation floor are connected with local integrated collector EMU through RS485 communication interface, and access to monitoring center server via LAN TCP / IP. In the monitoring center, the server realizes the unified monitoring and management of front-end equipment in the way of remote web browsing, and carries out real-time monitoring of potential and existing dangers. It can timely alarm by means of sound and light, short message, telephone, voice, interface, email, etc. at the same time, the authorization management system, reports and other modules are used for auxiliary management, so as to improve the operation reliability of the whole system It can improve the maintenance and management efficiency of the computer room infrastructure system, and drive the increase of economic benefits, and realize the automatic monitoring of the computer room all day long, so as to achieve the goal of unattended.