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基于AC-Link 技术串联谐振高压充电电源串并联特性研究
引用本文:张政权 刘庆想 李 伟 王庆峰. 基于AC-Link 技术串联谐振高压充电电源串并联特性研究[J]. 微波学报, 2014, 30(S2): 514-516
作者姓名:张政权 刘庆想 李 伟 王庆峰
作者单位:(西南交通大学 物理科学与技术学院,成都 610031)
基金项目:国家高技术发展计划项目,中央高校基本科研业务费专项资金(2682014ZT20,2682014CX090)
摘    要:对基于AC-Link 技术串联谐振高压充电电源的串并联特性进行了研究,对电源模块参数差异和模块间同步对多个模块串并联特性进行了分析,研究结果表明:电源模块参数差异和模块间同步对电源并联特性没有影响,电源模块参数差异,导致输出平均电流大小不一致,随着充电时间的延长,串联模块间输出电压差异越大,模块间不同步时间决定串联模块间输出电压的差异,不随充电时间变化。研制了两台充电速率30kJ/s,输出电压30kV 的高压充电电源进行实验验证,实验结果表明:充电充电源可工作于串并联两种工作模式,串联工作时输出电压为60kV,电源模块输出电压差异小于负载电压的2.5%。

关 键 词:交流链接技术;高压充电电源;串并联;串联谐振

Experiments Research of Series and Parallel Characteristic Based ona HF AC-Link Capacitor Charging Power Supply
ZHANG zheng-quan,LIU Qing-xiang,LI Wei,WANG Qing-feng. Experiments Research of Series and Parallel Characteristic Based ona HF AC-Link Capacitor Charging Power Supply[J]. Journal of Microwaves, 2014, 30(S2): 514-516
Authors:ZHANG zheng-quan  LIU Qing-xiang  LI Wei  WANG Qing-feng
Affiliation:(College of Science, Southwest Jiaotong University, Chengdu 610031, China)
Abstract:The series parallel characteristics of AC-Link series resonant high voltage charging power supply are studied,the difference in parameter of a power supply module and the synchronization of multiple modules series-parallelcharacteristics are analyzed, and the results show that the difference in parameter of a power supply module andsynchronization has no effect on power supply in parallel characteristics. In series mode, power supply module parameterdifference, lead to the different average output current, with the extension of charging time, the series output voltage differencewill greater, output voltage difference do not change with the charging time with different synchronization time . Developedtwo charging rate 30 kJ/s, the output voltage 30 kV high voltage charging power supply for experiment, the experimental resultsshow that: charging power supply can work in parallel and series mode, series mode for 60 kV output voltage, power supplymodule output voltage difference is less than 2.5% of the load voltage.
Keywords:
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