The UPS power monitoring system is used for long-distance monitoring of UPS. After collecting all daily UPS data, including some normal operation data and some abnormal time data, this data is monitored consistently on the computer and PC end.  

Nowadays, mobile phones have become an important part of modern life, and mobile SMS has become a widely used daily communication method due to its convenience, ease of use, and mobility at any time and anywhere. The UPS SMS monitoring solution uses mobile SMS as a convenient method to monitor UPS power supply through SMS, allowing UPS management personnel to check the operation status of UPS at any time without relying on computers. They can also receive UPS abnormal situation alarms at any time through mobile SMS, and monitor the temperature and humidity of the computer room where UPS is located together.  

1. Real time detection of the operation status of various UPS operations such as mains power, battery, inverter operation, bypass, self-test, etc.  

2. Real time response to UPS alarm information. Once the UPS shows any problems or alarms, it will immediately inform relevant management personnel through mobile SMS methods, such as power outage, UPS problems, bypass, etc., so that management personnel can be informed of UPS abnormalities at all times, and promptly eliminate dangers and problems to reduce the risk of possible incidents.  

3. Can send SMS alert messages to multiple mobile phones together.  

4. Users can check the operation data and status of UPS at any time through SMS on their mobile phones.  

Due to the high availability requirements of enterprise level users for network systems, a comprehensive power protection solution is needed for the network system, rather than simply creating a 'one size fits all' solution; Backup power supply ";, This protection plan should ensure; Uninterrupted power supply; Under the principle of providing comprehensive protection based on power supply as much as possible, such as eliminating grid noise, suppressing grid fluctuations, lightning strikes, etc., and integrating with other components of the information system to a maximum extent in terms of technology or physical modules, forming an intelligent, layered and progressive three-dimensional protection network.  

Corresponding to the four main components that make up the network, network power protection is also divided into four parts: power protection for critical business servers, power protection for workstations and PCs, power protection for network interconnection equipment, and power protection for data transmission lines. This strategy mainly has the following connotations:.  

For pure hardware, power protection is not particularly important, what truly matters is the protection of network availability.  

2. Network systems are more complex, data requirements are stricter, and the protection of critical equipment is more important.  

When designing a power protection scheme, comprehensive consideration should be given to the protection of key servers, workstations and PCs, network interconnection equipment, data transmission lines, and other aspects, optimizing the power protection of the entire network.  

When designing a power protection scheme, attention should be paid to the management of the power protection system, which can transmit relevant information to the operating system or network administrator through the network for remote management, saving time and money.