Rack UPS intelligent monitoring and remote guarantee of data center operation

Rack UPS intelligent monitoring and remote guarantee of data center operation

Rack UPS intelligent monitoring and remote support data center operation. In recent years, in order to meet people's high requirements for the performance of rack UPS, UPS power supply technology has made some new development. The future trend of rack UPS is more intelligent, networked, green, high-frequency and integrated.

Now, UPS power supply is more and more applied to data center, computer room and other fields. Rack UPS is the most important power supply guarantee for data center. When the power failure affects the power supply of the server room, UPS power supply timely provides emergency power supply for users until the standby generator starts to work and provides continuous power. Rack UPS can provide IT managers in enterprise data centers with the time needed to protect sensitive equipment and data from power service interruption.

The use of intelligent monitoring system can transform the rack UPS power supply into a real intelligent device. It can not only find out potential problems, but also carry out continuous strategic analysis, preventive maintenance, and remote monitoring of equipment.

Local UPS monitoring

The most basic type of UPS monitoring is voltage free contact, also known as dry contact. This includes a set of terminals provided either through the ups itself or through slots in the accessory card. Signals from these terminals are usually connected to a building management system (BMS) or remote status panel and allow alarms and status of the rack ups to communicate with other devices located in the same location.

The voltage, frequency and current of utility power, output, frequency and current of UPS, or remaining time of battery can be measured, transmitted and monitored on site or from remote location. These key statistics can be used to analyze performance and automatically trigger dedicated response or system shutdown scripts in case of failure or failure.

Advanced network communication in modern data center

UPS, which form part of the local network, can be equipped with simple network management protocol function, which is independent of the supplier and platform, and can remotely monitor and control the equipment from a central location.

Network settings like this actually encourage preventive UPS maintenance and good transaction management. Power interference can be recorded, low battery capacity can be prompted in advance, real-time access such as battery status, load level and system temperature can be accessed in real time, e-mail or SMS reminder function can be set to send out alarm immediately when an alarm occurs, etc.

The network environment can even help improve the operational efficiency of large data centers. Information from dozens of rack ups on the same network can be collected and studied and used to optimize load management.

Remote monitoring of rack UPS

Remote monitoring is absolutely essential. The internal management staff of the enterprise can not only be alert to alarms and potential failures, but also the fully trained technicians from the maintenance team can monitor and analyze the data of UPS equipment all day long. This additional layer of protection reduces the risk of not using a response alarm and ensures that many potential faults are actively identified and repaired before reaching the critical stage.

Rack UPS

Rack UPS saves more space than traditional UPS, and looks like a rack server. It also has the function of intelligent monitoring and remote management. Ensure the operation of the data center and facilitate the technicians to monitor and analyze the data of UPS equipment all day long. The height is only 1U, which is the smallest in the industry, with simple appearance, high efficiency and energy saving, perfect protection function and unattended function.

It is believed that in the future development process of UPS power supply, rack ups will have more technical trends, so as to ensure the power operation of the data center.