CAJ | 학술논문

为解决车用锂离子电池组充放电过程中个别小容量电池单体的过充过放问题,设计了以微处理器PIC16F877为控制核心的锂离子电池组非耗能双向均衡充放电系统,其均衡部分采用同轴线圈和超大电容器作能量中转装置,实现了电池组与单体之间的能量相互转移,改变了以往将多余能量消耗掉的模式,减少了不必要的能源浪费,同时也解决了均衡过程中的热管理问题.
위해결차용리리자전지조충방전과정중개별소용량전지단체적과충과방문제,설계료이미처리기PIC16F877위공제핵심적리리자전지조비모능쌍향균형충방전계통,기균형부분채용동축선권화초대전용기작능량중전장치,실현료전지조여단체지간적능량상호전이,개변료이왕장다여능량소모도적모식,감소료불필요적능원낭비,동시야해결료균형과정중적열관리문제.
To keep some cells of lithium-ion batteries for vehicle from being over-charged or over-discharged, a non-dissipative bi-directional equalization charge-discharge system for lithium-ion batteries was designed with the microprocessor PIC16F877. A coaxial coil and super-capacitors was adopted as the energy relay of the equalization system, which achieved the energy transfer between the battery pack and the single cell to reduce the energy waste, and was different from the conventional method to consume the excess electrical energy. Also, this system solved the heat management problem in the balancing process.