通信机房蓄电池并联隔离管理器设计与应用

Design and Application of Battery Parallel Isolation Manager in Communication Room

摘要:

5G网络基础设施快速建设过程中，由于通信机房蓄电池组大规模扩容与新旧替换，工程中剩余较大量废旧蓄电池组，针对此类问题，本文分析了现有蓄电池组直接并联使用出现的电压钳位与电流分流等问题，提出通信机房蓄电池并联隔离管理技术研究，采用时分隔离、电流控制、组合脉冲宽度动态调整PWM等技术，有效解决了出厂时间不同、类型不同的差异电池组的并联使用过程中出现诸多问题，最后通过示范验证证实了系统设计的可行性。

Abstract:

In the process of rapid construction of 5G network infrastructure, due to large-scale expansion and replacement of old and new batteries in communication room, there are a large number of waste batteries left in the project. Aiming at these problems, this paper analyses the problems of voltage clamp and current shunt in direct parallel use of existing batteries, and puts forward the research on parallel isolation management technology of batteries in communication room. Using the technologies of time-division, separation, current control and dynamic PWM adjustment of combined pulse width, we effectively solve many problems in parallel operation of batteries with different factory time and types. Finally, the feasibility of the system design is verified by demonstration.