Highly intelligent power management of lithium-ion UPS power supply is the general trend of power supply technology development

The highly intelligent power management of lithium-ion UPS power supply is the general trend of the development of power supply technology. The intelligent lithium-ion UPS, in addition to completing all the tasks that a general UPS can complete, should also have the following functions: monitor the UPS in operation, and send the status information of the sampling point to the computer for processing at any time. On the one hand, Obtain the relevant parameters of UPS work, on the other hand, monitor the working status of each part of the circuit. In the future, UPS power will develop towards the trend of intelligence. The highly intelligent power management of lithium-ion UPS power supply is the general trend of the development of power technology. With the implementation of the 'Smart Manufacturing 2025' plan, the future development is quite clear, which is to develop towards the future of intelligence and automation, and realize the development from my country to my country. The leapfrog development of creation. With the advent of the intelligent information age, the construction of computer rooms not only pays attention to the installation and construction of basic equipment in the computer room, but also pays attention to whether the equipment in the computer room can directly interact with people. In the computer room, the UPS power supply is very important in the computer room, and the daily maintenance and management of the UPS is also a must in the computer room management. With the development of the network and the gradual popularization and development of 5G, UPS uninterruptible power supplies have also begun to gradually become intelligent control. As the inevitable trend of new energy development, lithium-ion battery UPS power supply has also begun the era of cloud monitoring 2.0. The previous SNMP architecture monitoring required the support of the overall network and the simultaneous upgrade of UPS power supply hardware and software, so it became a bit cumbersome. The current CLOUD cloud intelligent monitoring is more user-friendly and intelligent. As long as the lithium-ion UPS is connected to the network, it can support mobile phone and PC monitoring and viewing anytime and anywhere, setting the prompt sound switch, UPS power shutdown and server shutdown, etc. , Remotely monitor UPS operating status and data, set UPS self-check, etc. The continuous improvement of power density and the highly intelligent power management of lithium-ion UPS power supply are the general trend of the development of power supply technology. Whether it is a high-power data center, a medium-power industrial application, or a low-power portable device, the output power per unit area is a very important indicator. Intelligent UPS power supply refers to the addition of a communication interface at the output end of the UPS host. Use these interfaces to connect to corresponding communication interfaces on servers, routers, gateways and other devices via dedicated communication cables or modems. In addition, a lithium-ion battery UPS power supply system with power monitoring function installed on a microcomputer or microcomputer network platform can adapt to various operating systems and travel environments. Cloud computing has created new opportunities for the development of UPS power supplies, but it also means that relevant manufacturers must consider how to develop new technologies suitable for the cloud era. Digital control and intelligent applications are two very important development directions, but they are not All. If lithium-ion battery UPS manufacturers want to gain greater advantages in the competition, new technology research and development will always be a crucial link. Intelligent lithium ion battery UPS power supply function 1. Real-time monitoring function monitors the status of each part of the circuit, and obtains the relevant parameters of the host at any time. Provide historical records of power quality at the request of users, including key information such as input, output voltage, frequency, load, battery quality, and ambient temperature. 2. Human-computer interaction function Two-way communication is the future development trend of lithium-ion UPS power supply. The user can set various parameters according to the actual situation. For example, you can set the length of time for the backup battery to count down, reset the various critical operating point thresholds inside the UPS, freely select the content to be displayed, whether to perform fault debugging, etc. 3. Automatic paging function When the UPS software or accessory diagnoses a lithium-ion battery UPS system failure, it can notify the system administrator in real time through E-mail, paging, pop-up window information, etc., so as to solve the problem quickly. 4. When the fault test function fails, when each user alarms, the parameters are given and analyzed in time to track important information that caused the power failure, and provide solutions if necessary. 5. Auto-save function When the power of the UPS is about to run out, perform this function to ensure the integrity and recoverability of the data and the system. Users can customize the automatic saving function of their specific programs according to actual needs. 6. UPS self-inspection and on-time opening and shutdown functions check the status of the UPS through the software, query the early warning information of the UPS power supply, and perform battery correction tests. These preventive functions can take appropriate measures before UPS system failure occurs. Summary: In the future, the control system will become more and more intelligent, and the power supply, UPS system and related products will also be continuously upgraded. Li-ion battery UPS is a product with small size, high power density, strong adaptability and flexible configuration. The use of advanced DSP digital control technology effectively improves product performance and system reliability, and achieves higher power density integration and miniaturization, and users can flexibly configure according to their needs. Disclaimer: Some pictures and content of articles published on this site are from the Internet. If there is any infringement, please contact to delete. Previous post: What are the methods to test the 'slightly less' electrolyte injection volume of lithium-ion batteries?