lcl谐振型感应电能传输系统建模与其h∞控制

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1、重庆大学硕士学位论文③SystemGSSAmodelbasedontheuncertaintymodelofthesystemwasbuild,andthen,separationthedeterministicpartandtheuncertaintypartoftheuncertaintymodel,accordingthelinearfractionaltransformation,finallytransfertheuncertainmodelintoaperturbedfeedbacklineardynamica

2、lsystems.④Acontrollerwasdesignedbaseonrobustperformanceandrobuststabilityofthesystem,andthenanalyzedtherobustperformanceandstabilityofthecontrollert.Finally,toverifythevalidityofthecontroller,simulationsystemandexperimentsystemwerebulidedbasedontheMatlab/Simlinkan

3、dexperimentalplatform.Throughsimulationandexperimentalverifythattheentireclosed-loopsystemhasgoodrobustperformance.Keywords：LCLresonant,IPTsystems,H∞control,frequencystabilityIV目录目录中文摘要···············································································

4、·····················I英文摘要··································································································III1绪论········································································································11.1引言························

5、··············································································11.2IPT系统基本原理·····················································································11.3IPT系统补偿拓扑研究现状·······································································

6、···31.4IPT系统动力学行为建模方法研究现状···························································51.4.1交流阻抗分析方法···············································································51.4.2广义状态空间平均(GSSA)法··································································

7、·61.4.3离散迭代映射法··················································································61.4.4频闪映射方法·····················································································71.5IPT系统控制方法研究现状······················································

8、····················71.6课题研究目的及意义··················································································81.6.1研究目的···························