What Are The Functions And Features Of UPS Battery?

The UPS Battery has the following functions: (l) In the case of mains interruption, it can use its own Battery to convert DC to 220V AC power through the inverter circuit to supply power to the computer and network system to ensure the normal operation of the computer and network system. (2) It has a voltage stabilizing effect on the mains and can stabilize the voltage when the grid voltage fluctuates. (3) can inhibit power grid harmonic interference, voltage drop, high voltage surge, voltage waveform distortion, electromagnetic interference and other power pollution, for computers and other equipment to provide voltage stability, waveform pure power supply, to ensure the normal work of computer and network system and data is not interfered. 1.2 UPS Battery Features A high-quality UPS Battery power supply system should have the following characteristics: (l) A high-reliability system should be capable of continuously supplying high-quality UPS Battery inverters 365 x 24 times. This means that during the operation of the UPS Battery, there will be no momentary power interruption/outage, nor will there be any direct supply of power from the ordinary mains to the customer load via AC bypass. The UPS Battery power supply system must meet the following requirements: - Because the failure rate of a single UPS Battery is low, the average trouble-free working time (MTBF) of large UPS Battery products ranges from 200,000 to 400,000 hours. -- Further improve the reliability of the UPS Battery system by adopting a highly fault-tolerant "N+1" type redundancy parallel system (typical MTBF of "1+l" type redundancy parallel system can reach 1.4 to 2 million hours). -- In the entire UPS Battery power supply system, there should be no potential single-point bottleneck failure. -- Allows maintenance and overhaul operations without power outage under the condition that the UPS Battery inverter is continuously supplied. -- In the event of a short circuit fault at the user's equipment, the impact of the fault should be reduced to the smallest possible scope. (2) High-anti-interference UPS Battery power supply system can make Internet equipment obtain high "availability", and can create an excellent operating environment for it. A large number of operational practices show that power interference is one of the important reasons for the decline of "availability" of Internet equipment. It should be noted here that power interference not only comes from the ordinary mains power grid, but also from the imperfect design of UPS Battery itself and the user's Internet equipment itself. Servers, disk arrays, and switches configured in IDC and MDC rooms all have built-in switching power supplies. This rectifier and filter type nonlinear load will reflect 3 to 23 lower-order harmonic disturbances to the UPS Battery power supply system, which may reduce voice quality. Practice has proved that power interference occurs too large or too frequently, which will lead to hidden faults such as the decrease of Internet transmission rate and the increase of data packet loss rate of network server, so that Internet equipment is forced to enter the state of "derating usage", and even the network will be paralyzed. It can be seen that the rapid development of high-speed information network technology has put forward more stringent requirements for the quality of power supply provided by UPS Battery power supply system.