即熱式電磁熱水器的研究與實(shí)現(xiàn)

1、Y”13“7脅歹多Z■‘●●，L尸1夕夕一、碩士學(xué)位論文⑧提交I|j9j蘭壁盟生量』=』塑堅(jiān)查蘭堡圭蘭堡堡蘭ABSTR^CTThesystemreferstomanyfieldssuch3Selectronics，magnetism，heat，andalgorithmctcThispaperhasdonedetailedresearchaboutthissystemThispaperdiscussesandanalyzeselectro

2、magneticheatingtheorygivestheequationsabouttheequivalentresistanceandtheequivalentinductanceoftheeddycircuitandobtainstherelationshipamongthecollectorvoltageof1GBTresonantinductorandcapacitorItUSeSsoftswitchingheatingtec

3、hnologyandalsodesignsthehardwarecircuitoftheelectromagneticwaterheatercontrolsystemThispaperfocusesondiscussingtheloadresonantcircuit，encouragingcircuitcontrollingcircuitintelligentprotectioncircuitpowersupplycircuit；mea

4、nwhile，thispaperalsogivesthecontrolsoftwareofthissystem，includinginitializationintelligentdetectionandalarmproceduresBasedontheoperatingconditionsofelectromagneticwaterheaterthispaperdasignessafeguardforthissystemGiventh

5、atthesystemisahighpowerhighcurrentsystemSOthispaperdesignsandimplementstheimportantcomponentandtheprotectionmeasuresinparticularlysuchastheIGBTswitchingovertemperature，overvoltageorundervoltagealarmfanfaultanddryconditio

6、nsctcTheoptimizedcontrolmethodoftheelectromagneticwaterhemingsystemWasproposedwiththetargetofeffectiveconsumptionandtheconstrainingconditionofsmallestfluctuatingofwatertemperature，andageneralmathmodelofthesystemWaspresen

7、tedBasedonselftuningfuzzycontrolstrategyandalgorithm，anewcontrollerWasdesignedEmulationexperimentabouttheelectromagneticwaterheatingsystemcontrolledbythisnewkindcontrollerWasdoneusingMatlabInthemeantime，simulatingexperim

8、entWasdesignedtocomparedifferentcontrollerswithdifferentalgorithmsTheresultsindicatedthatthenewkindofcontrollerhasgoodlearningabilityandantijammingperformance，theoutputWasquickandsteadydifferenceintemperatureWasalsosmall