基于dsPIC+ARM的智能TSC型无功补偿控制器的研究与设计的开题报告.pdf
基于dsPIC+ARM的智能TSC型无功补偿控制器的
研究与设计的开题报告
摘要
随着电力系统的不断发展和电力供需的不断增长,电网谐波、暂态、
稳态等问题日益突出。其中,无功补偿技术已成为解决电力系统中无功
问题的重要手段,而智能TSC型无功补偿控制器具有优越的性能和广阔
的应用前景。本文以dsPIC+ARM处理器为核心,设计了一种基于智能
TSC型无功补偿控制器的系统,以此来实现对电网无功问题的有效解决。
首先,本文阐述了无功补偿技术的概念和背景,并分析了现有无功
补偿控制方法的不足。接着,介绍了dsPIC+ARM处理器的特点和应用,
以及智能TSC型无功补偿控制器的工作原理和控制策略。在此基础上,
详细介绍了系统的硬件设计和软件实现流程。最后,本文展望了智能
TSC型无功补偿控制器未来的研究方向。
关键词:dsPIC+ARM;无功补偿;TSC型无功补偿控制器;控制策
略
Abstract
Withthecontinuousdevelopmentofpowersystemandthe
growingdemandforelectricitysupplyanddemand,harmonic,transient,
steady-stateandotherproblemsarebecomingmoreandmore
prominent.Amongthem,reactivepowercompensationtechnologyhas
becomeanimportantmeanstosolvethereactivepowerproblemsin
powersystem,andintelligentTSCtypereactivepowercompensation
controllerhassuperiorperformanceandbroadapplicationprospects.In
thispaper,asystembasedonintelligentTSCtypereactivepower
compensationcontrollerisdesignedwithdsPIC+ARMprocessorasthe
core,soastoeffectivelysolvethereactivepowerproblemsinpower
grid.
Firstly,thispaperelaboratestheconceptandbackgroundof
reactivepowercompensationtechnology,andanalyzesthe
shortcomingsofexistingreactivepowercompensationcontrolmethods.
Then,thecharacteristicsandapplicationsofdsPIC+ARMprocessor,as
wellastheworkingprincipleandcontrolstrategyofintelligentTSCtype
reactivepowercompensationcontrollerareintroduced.Onthisbasis,
thehardwaredesignandsoftwareimplementationprocessofthe
systemaredetailed.Finally,thispaperlooksforwardtothefuture
researchdirectionofintelligentTSCtypereactivepowercompensation
controller.
Keywords:dsPIC+ARM;reactivepowercompensation;TSCtype
reactivepowercompensationcontroller;controlstrategy.