能量存储系统双向变换器控制建模及快速实现

Control Modeling of BiDirectional DC/DC Converter for Energy Storage System and Its Rapid Implementation

摘要:

城市轨道交通节能与电压补偿对能量存储系统控制提出较高要求.为快速设计其控制，提高开发效率，利用Simulink/Stateflow建立了基于超级电容的城轨能量存储系统模型来快速开发其控制算法，给出了Stateflow特点分析与优化建议.在简要描述算法模型功能与通过仿真验证算法后，自动生成了适合数字信号处理器(DSP)的嵌入式代码.总结了基于DSP的快速开发流程，给出了加快控制开发迭代措施，对加快双向直流(DC/DC)变换器过渡过程也做了简述.最后，试验验证了生成代码的有效性.此控制快速开发方法同样适用于城

Abstract:

To save energy and compensate voltage,the control of energy storage system is becoming increasingly rigid for urban mass transit.To design a reliable control algorithm rapidly and efficiently,a model of supercapacitor based energy storage system has been presented via Simulink/Stateflow.Furthermore,the features and optimization suggestions of Stateflow are provided.The function of the algorithm model is described briefly and verified via simulation,then the embedded C code suitable for the LF2407A digital signal processor(DSP) platform is automatically generated.It also generalizes the rapid implementation flow based on DSP and provides suggestions to the rapid implementation iteration process by studying the generated C code,and the rapid transition of bidirectional DC/DC converter is also discussed.Finally an experiment is conducted to verify the validity of this approach.This methodology is suitable for other power electronics control system for the urban mass transit,and it can facilitate the project development and shorten the development cycle.