Lithium batteries have practical applications in data centers, communication base stations, medical equipment, rail transit, and industrial automation

　　Do lithium batteries have practical applications in data centers, communication base stations, medical equipment, rail transit, and industrial automation?

　　Data center: The probability of failure in the data center is very small, and the duration is not long, but the consequences are often very serious. Lithium batteries have become the main energy supply for data centers.

　　Communication base stations: The application of lithium batteries in communication base stations is mainly to replace lead-acid batteries. Although there are many options for lithium batteries in communication base stations, it still depends on specific application conditions.

　　Medical equipment: There are many types of medical equipment and their power is generally relatively large, which leads to large fluctuations in power frequency and harsh power environment. High-performance lithium batteries containing BMS are its first choice.

　　Rail transit: communication, signal, integrated monitoring, environmental monitoring, office automation, access control, automatic fare collection, automatic fire alarm and other weak current equipment systems require highly reliable lithium batteries to ensure the quality and continuity of power supply.

　　Industrial automation: Industrial automation is used to replace workers to manipulate machines for processing and production. Lithium batteries are very important for industrial automation workshops and are a core component.

　　The above are some specific application areas of lithium batteries.

　　Lithium-ion battery (LIB) has become the main energy storage solution in modern social life. Among them, lithium iron phosphate batteries are a perfect replacement for lead-acid batteries, and are the first choice for grid-connected peak shaving, off-grid energy storage, photovoltaic energy storage, UPS, data centers and other industries.