第36卷第2期2023年2月传感技术学报CHINESEJOUＲNALOFSENSOＲSANDACTUATOＲSVol.36No.2Feb．2023项目来源:国网公司双创项目(AH20－GWMAS11－FZB001)收稿日期:2022－04－10修改日期:2022－05－27DesignandＲesearchofSmartGridMonitoringSensors*WENCongzong1*，SHENYafeng2，DINXun3(1．CollegeofInnovationEducation，AnhuiUniversityofTechnology，MaanshanAnhui243000，China;2．StateGridNanjingPowerSupplyCompany，NanjingJiangsu210000，China;3．Ma’anshanPowerSupplyCompanyofStateGridAnhuiElectricPowerCo．，Ltd．，Ma’anshanAnhui243000，China)Abstract:Adistributedsmartgridmonitoringsensorbasedonironcoreoptimizationisproposed．Withhighenergyefficiency，thesensorhasthefeaturesofhighsignalacquisitionaccuracy，convenientengineeringinstallationandlongservicelife．Theestablishmentofmath-ematicalmodelofthemonitoringsensor，theanalysisonthemechanismoferrorformationbymeasurementafterintroducingairgapintothesensorironcore，andthesimulationoptimizationarecarriedout．Thesamplingandenergyacquisitioncircuitandtheoverallstruc-tureofthesensorarefullydesignedinlinewiththeworkingprincipleofthesensor，soitslong-termuseinharshfieldenvironmentcanbeguaranteed．Thesensorprototypeismadeandverifiedbyexperiments．Theexperimentedresultsindicatethattheoptimizedsensorcanoperatenormallywiththeminimumstartingcurrentof2A，themeasurementaccuracyofproportionerroris0．2，themeasurementaccuracyofangulardifferencereacheslevel1andhasgoodlinearity．Keywords:distributedmonitoringsensor;samplingenergy;ironcoreairgapsimulation;currenttransformerEEACC:7230doi:10．3969/j．issn．1004－1699．2023．02．007智能电网监测传感器设计与研究*温从众1*，沈雅峰2，丁迅3(1．安徽工业大学创新教育学院，安徽马鞍山243000;2．国家电网南京供电公司，江苏南京210000;3．国网安徽省电力有限公司马鞍山供电公司，安徽马鞍山243000)摘要:本文提出了一种基于铁芯优化的分布式智能电网监测传感器，该传感器取能效率高同时具有较高的信号采集精度，并具有方便工程安装，使用寿命长的特点。建立监测传感器的数学模型，分析传感器铁芯引入气隙后测量后误差形成的机理，并对其进行仿真优化。根据传...
