IOT Based Overload Protection System of Transformer by IRJET Journal

IOT Based Overload Protection System of Transformer

Ganesh Avhad1, Harshal Chaughule2

1Mr. Ganesh Avhad, Department of Electrical and Electronics Engineering, Sandip University, Nashik, Maharashtra, India

2Prof. Harshal Chaughule, Department of Electrical and Electronics Engineering, Sandip University, Nashik, Maharashtra, India ***

Abstract - Transformers arevitalformanagingvoltageand distributing power in today’s electrical systems. But there’s a risk of overload, whichcanharmequipmentandbe dangerous. This abstract talks about a device that protects transformers from overloading by using Arduino technology and temperature sensors. This device blends modern tech with traditional electrical methods to offer strong protection. It uses Arduino’s accuracy andflexibilityalongwithtemperature sensing to efficiently prevent transformersfromoverheating. This is important because it not only reduces the chances of accidents but also improves the reliability and lifespan of critical power systems. It’s a smart solution for a safer and more reliable power system.

Key Words: Temperature monitoring, Real-Time Data Acquisition, Overload Detection Safety in Precision.

1.INTRODUCTION

Thisliterature review acts as a detailed exploration of the latest research and trends in the field of IoT- based transformerprotection,providingasolidgroundworkforour uniqueproject.Itdelvesintovariousstudiesandinquiries, offeringvitalbackgrounddetails,insightfulperspectives,and adeeperunderstandingofthesubjectmatter.ForourIoTBased Transformer Overload Protection Relay project, it’s crucialtoconsideradiverserangeofresearchandacademic writings.Theseresourcesdon’tjustofferhistoricalcontext; theyalsoprovidevaluableinsightsandthoughtfulanalyses thathelpshapeourproject’sgoalsandstrategies.

1.1 PROPOSAL

ProposedamachinefortransformermonitoringandselfsafetyprimarilybasedonIoTera.Theyintroducedadevice thatutilizesIoTgenerationformonitoringandsafeguarding transformers.Thisdevicegivescloud-basedstorageandcan beaccessedthruawebapplication,permittingcustomersto remotely monitor statistics and manipulate transformer masses. The primary purpose of this device is to reduce expensesanddecoratereliability

1.2 METHODOLOGY

The have a look at also includes a evaluate of existing studies on smart transformers, emphasizing the want for innovativesolutions.Theproposedmachineisinparticular

designedtotacklechallengesrelatedtomaintainingenergy transformers and preventing unexpected energy outages becauseofdelaysinprotection.Theauthorscarriedoutthis methodthroughgrowingaclevertransformertheusageof IoT generation and sensors to accumulate crucial transformer facts. They enabled faraway tracking via internet-based wi-fi programs and saved facts inside the cloud.Thissetupnolongersimplestsavesexpenseshowever additionally will increase the reliability of the machine. Additionally, the paper discusses the results and insights derived from the proposed machine, reiterating its feesavingandreliability-improvingblessings.Ithighlightsthe blessings of adopting smart transformers with IoT era, together with higher performance, reduced preservation charges,andgreaterreliability.

2. WORKING

Proposed a design and implementation of a device for trackingtransformeroverallperformanceinactual-timethe use of IoT generation, with a focal point on improving protectionmeasures.Thisdeviceisbasedonsensorsanda PIC6F877Amicrocontrollertotrackloadcurrents,oilstages, temperature, and fuel leaks in transformers. The records collectedissenttoacloud-primarilybasedserverforanalysis and visualization. In this paper the number one motive of machine is to offer ongoing tracking of transformer performance.Thisletsinapplicationgroupstospotcapabilityproblemsandtakecorrectivemeasuresearlierthanthey escalate into fundamental troubles, contributing to progressedsafetyandperformance.Thepaperemphasizes the benefits of employing IoT generation to enhance the protectionandoverallperformanceoftransformersystems. Itdiscussesthehardwareandsoftwareprogramcomponents usedwithinthesystem,aswellasthedemandingsituations and boundaries of enforcing this type of gadget in actualinternationalscenarios.Inprecise,thelookathighlightsthe capacityblessingsoftheusageofIoTgenerationtoenhance Safety measures and beautify the overall performance of transformers. [1] By the use of sensors and a PIC6F877A microcontroller to gather data and transmitting it to the cloud,thisapproachoffersprecious insightsforenhancing transformerstructures.Thepaperadditionallysuggeststhe possibilityofexpandingthemachinetoencompassamore comprehensive database of distribution transformer parameters, further underscoring the capability of IoT

International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056

Volume: 12 Issue: 04 | Apr 2024 www.irjet.net p-ISSN: 2395-0072

generationinthiscontext. This paperdescribesa machine thatcontinuesaneareyeondistributiontransformers.These Transformers are important for strength distribution. The deviceusestechnologylikemobilephonesandGPStolookat overthem.Sensorsareplacedonthetransformertodegree suchthingsashowplentyelectricityispassingthrough,the voltage, how lots oil is in it, and the encompassing temperature.Ifsomethinguncommonoccurs,likeaproblem withthosemeasurements,thedevicesendsamessagetoa significant tracking middle. This message consists of the informationofwhat’sgoingwrongandthepreciseregionof thetransformer.Theaimofthisgadgetistomakecertainthe transformers paintings properly and to seize any issues beforetheyemergeasprimaryproblems.[1]Thispapertalks abouthowtheymadea devicetolook atoverdistribution transformers.Thesetransformersareessentialforsending powertohomesandorganizations.Theyputsensorsatthe transformerstocontinuallychecksuchthingsashowagreat dealpowerisflowingthru,thevoltage,howtonsoilisinside, and the way warm it is across the transformer. All this recordsisstoredandshownonascreen.Ifsomethinggoes wrong,likeifthevoltageistooloworthereisnotsufficient oil,thesystemsendsamessagetoanimperativevicinitythe usage of cell telephones and GPS. This message tells them what’swrongandwhereinit’soccurring.Thegadgetalsocan stop the transformer from inflicting greater problems if somethingistrulyincorrect.Itcancommunicatetoacouple of man or woman if needed. The paper also talks approximatelytheproblemswiththevintagemachineand thewaythisnewyoucanstillpreventthetransformersfrom breakingdownsooften.Insimplephrases,thepaper’sendis that the gadget they created to look at over distribution transformers the usage of cell telephones and GPS is truly properly.[4]Thispaperconsistsoftheinformationofwhat’s goingwrongandthepreciseregionofthetransformer.The aim of this gadget is to make certain the transformers paintingsproperlyandtoseizeanyissuesbeforetheyemerge asprimaryproblems.Thispapertalksabouthowtheymadea device to look at over distribution transformers. These transformersareessentialforsendingpowertohomesand organizations. They put sensors at the transformers to continuallychecksuchthingsashowagreatdealpoweris flowingthru,thevoltage,howtonsoilisinside,andtheway warmitisacrossthetransformer.Allthisrecordsisstored andshownonascreen.Ifsomethinggoeswrong,likeifthe voltage is too low or there is not sufficient oil, the system sendsamessagetoanimperativevicinitytheusageofcell telephonesandGPS.Thismessagetellsthemwhat’swrong and wherein it’s occurring. The gadget also can stop the transformerfrominflictinggreaterproblemsifsomethingis truly incorrect. It can communicate to a couple of man or womanifneeded.[6]Thispapertalksapproximatelyabout theproblemswiththevintagemachineandthewaythisnew youcanstillpreventthetransformersfrombreakingdownso often.Insimplephrases,thepaper’sendisthatthe gadget they created to look at over distribution transformers the usage of cell telephones and GPS is truly properly.[3] This

papertalksaboutadevicethatusessyntheticintelligenceto preserve a watch on distribution transformers. These transformersarevital forstrength,andthisdevicetries to forestallthemfrombreakingdown.Here’sthewayitworks: Sensorsareplacedonthetransformerstocheckthingslike temperature,oildegrees,andhumidity.Thesesensorsship thisinformationtoauniquepcmachineinsidethecloud.This laptop makes use of smart algorithms to discern out if somethinggoesincorrectorapproximatelytomovewrong.If itdetectsa trouble,itsendsa messagetothepreservation humanbeingsusingtextmessagesoremails. Thedeviceis builtinawaythatmakesitcleantoinstallation,check,and preserve it operating. The paper additionally talks approximatelythebestandnownot-so-goodcomponentsof various approaches to watch over transformers and a number of the technical challenges they confronted. This paperdescribeshowtheymadeacleverdevicetomaintain aneyeondistributiontransformers.Thesetransformersare vital for strength, and this gadget targets to prevent them frombreakingdown.[5]Theyusedasmalllaptopknownasa microcontroller and put sensors on the transformers to measuresuchthingsastemperature,oiltiers,andhumidity. Thesesensorsshipthisinformationtoalaptopgadgetwithin the cloud. This cloud computer makes use of clever algorithmstoparentoutifsomethinggoesincorrectorwould possiblymoveincorrectinthedestiny.Ifitsensesatrouble,it sendsamessagetotherenovationcrewusingtextmessages oremails.Theybuiltthedeviceincomponents,whichmakes itsimplertoinstallation,test,andhold.Thepaperalsotalks about the advantages and drawbacks of various ways to displaytransformersandsomeofthetechnicaldemanding situations they faced. [2] This paper introduces a smart mannertolookatoverdistributiontransformerstheuseofa unique pc and smart algorithms. The machine is meant to catchissuesearly,thatcanpreventbigfailuresandsavecash onprotection.,thispapergivesusgoodthoughtsaboutaway tomakeelectricitydistributionsystemsgreaterreliableand greenviatheusageofsuperiorgeneration.Thistaskbecome allaboutmaking biggreenpackingcontainersthatdeliver energy to our homes called distribution transformers smarterandmoresecuretheuseoftheInternetofThings,or IoTforquick.Basically,usingtheinternettomaintainaneye on those transformers to ensure they may be operating proper and now not approximately to interrupt down or causeanytrouble.Thepaperisallaboutthetaleofwaysthis assignmentbecomemade,tested,andthegoodoutcomesit confirmed. The task observed a systematic method that involvedseveralstages,inclusiveofgadgetdesign,hardware implementation,softwaredevelopment,andtryingout.The hardware additives used inside the task covered a transformer, a contemporary sensor, an oil level sensor, a temperaturesensor,andaWi-Fimodule.[1]Inthispaperwe describe about how software components covered an internetserver,adatabase,andauserinterface.Thedevice turnedintodesignedtoscreenthetransformer’soperating parameterstogetherwithcontemporarycost,oilstage,and temperature, and file at the same. The system was also

International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056

Volume: 12 Issue: 04 | Apr 2024 www.irjet.net p-ISSN: 2395-0072

designed to discover parameters which might be over the regular preset stage and warn the person of the need to disconnect the transformer from the distribution line. The method used in the task become primarily based on the InternetofThings(IoT)era,whichallowedforactual-time tracking and protection of the transformer. The method concernedsimulationandhardwaretryingouttovalidatethe gadget’soverallperformance.Thedevicemaybecapableof speakingineachdirections,whichmeansthatthatitwillbe capableofgetholdofinstructionsfromthepersonandsend feedbackonthetransformer’srepute.Thegadgetcouldbe able to predict the transformer’s health and performance primarily based at the facts collected over time. This will assistinidentifyingpotentialtroublesbeforetheyturnoutto bevitalandtakepreventivemeasure. Thispapermightbe capableofintegratewithdifferentsmartgridtechnologies, including renewable energy sources, electricity garage structures,and demand response systems, to optimize the transformer’s overall performance and reduce electricity charges. The system may be able to provide real- time records analytics and visualization tools to assist the consumermakeinformeddecisionsaboutthetransformer’s operation and maintenance. The machinecould be able to comprise artificial intelligence and device studying algorithms to improve its accuracy and performance in detecting faults and predicting the transformer’s performance. Overall, the destiny scopes of the challenge intentiontomakethemachinemoredependable,powerful, andsustainable,andtocontributetotheimprovementofa smarterandgreenerelectricitygrid Thepaperdescribesan AI-powered machine designed to oversee the fitness of distribution transformers. It capabilities by means of collecting statistics through sensors that display essential signs like temperature, oil degree, and humidity. This statistics is then transferred to a cloud platform wherein machine gaining knowledge of strategies are applied to become aware of any irregularities that would indicate drawing close problems. If any ability faults are detected, alertsaresentouttotherenovationgroupsviaSMSore-mail notifications. The device’s modular design helps easy meeting, examination, and upkeep. The discussion additionally extends to the advantages and barriers of different transformer tracking techniques, as well as the demanding situations faced in implementing fiber-optic trackingtechnologiesinenergytransformers.Thepapertalks approximately a new system that watches over electric transformers[2] This paper uses a easy computer called a microcontroller and sensors to test such things as temperature, oil, and dampness. The machine sends this statistics toanarea on theinternet in which it usesclever packagestosearchforanysignsandsymptomsoftroubles.If itrevealssomethingincorrect,ittellsthefolksthatrepairthe transformers with a text or electronic mail. The system is made in easy-to-handle components so it may be put together, checked, and fixed without a lot problem. The writersadditionallyexaminethegoodandterriblefactorsof variousmethodstoholdawatchontransformersandwhyit

isdifficulttousepositivetechnologieslikefiberopticsforthis activity.Theymixedcomputerworkwithsensiblechecksto makecertainthemachineworksright.Thepaperaffordsa smart manner to maintain an eye fixed on electrical transformerswithamachinethatmakesuseofabasiclaptop chipandclevergainingknowledgeofsoftwareprogramto Spottroublesandwarnofpossibletroublesearlierthanthey getworse.Thisoughttohelppreventextremebreakdowns and cut down on repair fees. The authors additionally compareextraordinarymonitoring techniquesandgivean explanationforwhyit’stoughtousesuperiortechlikefiber optics on this vicinity. They made the device in separate portionsforcleanconstructingandfixing.Insummary,the paper gives critical facts about making clever tracking systemsfortransformersandindicateshowmodern-daytech iskeytomakingelectricitydistributiongreaterreliableand efficient.Thepaperdiscussesthesignificanceofdistribution transformersafetyinthedistributionmachine.Ithighlights thatfailureofdistributiontransformerscausescapitalloss and sales loss to the nation. With the growing masses, voltages,andshort-circuitresponsibilityofthedistribution substationfeeders,distributionovercurrentprotectionhas cometobeextraimportant.Thepaperunderscorestheneed forprotectivedevicesthatnotmosteffectiverestrictionthe quantityofharminthecourseofdisastersbutadditionally reducethedowntimeofserviceinterruptions[2].Thispaper additionallymentionsthattheloadingatthesecondaryfacet ofdistributiontrans-formersincreasesoccasionallybecause ofincreasedenergyintake.Italsonotesthatsometimesthe demandonthetransformersgoesupduetothefacthumans aretheusageofextrapower.Butthepaperdoesnotdeliver particular recommendation on precisely what sort of defensivegadgethavetobeused.Thepapermakesitclear that shielding distribution transformers inside the power network is vital to keep away from monetary losses. It stressestheimportanceofgettingprotectivegearinplaceto lessen the effect of any failures and to maintain strength outages as short as feasible. It additionally notes that on occasion the demand at thetransformers goes up because human beings are the usage of extra electricity. The PDF outlines the creation of a tracking machine for electric substations,betterbywayofInternetofThings(IoT)era.[6] Thispaperfocusesontheusageofamicrocomputertomusic andcontroldiverseparametersofatransformer,inclusiveof modern,voltage,frequency,andwindingtemperature.The machineisdesignedtotransmittheamassedrecordstothe ThingSpeakcloudviaaWi-Ficonnection,whichfacilitateson the spot monitoring and facts evaluation. To validate this concept,aprototypeisbuiltwithinalaboratoryenvironment toemulatearealpowerstation,allowingthegenerationof factsforgraphicalrepresentation.Thedataisthenusedto plotgraphsandanalyzethedevice’seffectiveness.Thepaper Additionallymentionsthewanttodesignawarmthdetection and alarm device, as well as an automated electricity componentadjustmenttechnique.[3]Thispaperconcludes thatusinganIoT-basedtotallydevicetoscreendistribution transformersisincrediblyusefulforelectricalutilities.This

International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056

Volume: 12 Issue: 04 | Apr 2024 www.irjet.net p-ISSN: 2395-0072

eraenablesthemtoquicklystumbleonandfileproblemsat nearby substations, thereby minimizing the length and severity of power disruptions. With its capability for stay trackingandrecordsassessment,alongsidethefunctionthat Roboticallycorrectstheenergycomponent,thesystemcan substantially beautify the operational performance and reliabilityofthepowercommunity.Thepaperpromisesinto currentmethodsforoverseeingtransformersituationsand highlightsthemixingofIoTforactual-timesupervisionand control of electrical characteristics. Given the excessive voltage and contemporary worried with transformers, ongoingsurveillanceisessentialtopreventdeclineineach overall performance and structural integrity. The report describestheapplicationofdiversesensorstotuneessential Aspects of transformers, such as temperature tiers, oil presence,windingirregularities,andelectricalparameters.It also highlights using superior era which include microcontrollers,microprocessors,andArduinostructuresinside the method of records collecting and monitoring [3] The papercategorizesthedatabasedonchronologicalorder,the methodologiesemployed,andtheeducationalorprofessional boardsinwhichthesestudieshavebeenoffered,providinga reviewofthebrandnewtechnologicalimprovementsinthe fieldoftransformertracking.ThePDFrecordconcludesthat non-stop tracking is crucial for transformers due to their excessive voltage and modern day that may appreciably damagetheiroverallperformanceand bodilycountry.The use of various sensors and cutting-edge technology like micro-controllers,microprocessors,andArduinocanhelpin factsseriesandmonitoringoftransformers.[2]Thepaper affords an analysis of recent technologies for tracking transformers,withafocusonIoT-basedelectricalparameter monitoring and manage. Various sensors can be used to display critical residences of transformers which include temperatureofthemiddle,oil,andwindingdefects,aswellas electrical parameters like number one and secondary winding currents, load energy, etc. Additionally, different sensorswhichincludeelectric,mechanical,optical,chemical and acoustic sensors can be used to monitor the critical propertiesofthepowertransformerThispaperintroducesa actual-time machine for monitoring the fitness of transformersusingIoT(InternetofThings)technology.The setup involves sensors and an unmarried- chip Arduino microcontroller positioned directly on the distribution transformer website online. The sensors measure various parameters,andthecollectedrecordsisprocessedandsaved withinthedevice’sreminiscence. Thegadgetisreadywith predefined instructions to constantly check for strange situations.Incaseanyirregularitiesaredetected,thedetails areautomaticallydispatchedtotheinternetthroughserial communication.Thisproactiveapproachpermitsthegadget toidentifycapacitytroublesearlierthantheyimproveinto catastrophic events, offering utility groups with the possibility to control transformers greater efficiently .The numberonerecognitionisonmonitoringtemperaturefacts overtheyears.Byaccumulatingandreadingthisstatistics, thedevicecanapprehenduncommonstylesorsituationsthat

could result in serious screw ups. This early identity complements reliability and may bring about widespread pricesavingsforutilities.Insimpleterms,thegadgetactsasa watchful dad or mum,helping to avoid transformer issues earlierthantheybecomemaintroubles,ultimatelymaking sure an extra reliable and cost-powerful operation. The provided The supplied Project record explores the applicationof”TransformerProtectionUsingMicrocontroller Based Relay and Monitoring Using IoT” at Sonargaon University in Bangladesh. The file outlines the significance of usingamicrocontroller-primarilybasedrelayfortransformer safety and highlights the critical function of IoT era in monitoring the performance of transformers. The microcontroller- primarily based relay gives several advantages,whichincludemoreadvantageousadjustability, excessiveaccuracy,improvedflexibility,abroaderrangeof settings,andacompactsize.Notably,itcomesataminimal valueatthesametimeasincorporatingfunctionsinclusiveof self-monitoringandGSMtechnologyforconversation.The Machine provides actual-time information monitoring, the functionality to locate odd conditions hastily, speedy processing pace, reduced set up charges, and low preservationcharges,contributingtoanextrabendyandfeeEffective answer.[5] The record encapsulates the cause, method,and results of the undertaking, providing insights intothecombinationofmicrocontroller-basedtotallyrelay eraandIoTforgreentransformerprotectionandtracking. The usage of a microcontroller-primarily based relay for transformersafetyservesthepurposeofenhancingdiverse essentialaspectsofthegadget.Byincorporatingthisera,the purpose is toprovide a relay with extra adjustability,high accuracy, improved flexibility, and prolonged range of settings,andacompactsize.Additionally,ittargetsreaching valueefficiencywithcapabilitiesalongwithself-monitoring and checking facilitated with the aid of GSM technology. Microcontroller-basedtotallystructuresresultinnumerous blessings, along with real-time data monitoring, speedy detectionofpeculiarconditions,rapidprocessingspeed,and reduced installation cost. The era is designed to limit protection costs whilst offering extended flexibility in its software.Overall,themixingofamicrocontroller-primarily basedrelayambitionstoelevatetheoverallperformanceand performanceoftransformersafety,ensuringareliableand value-effective solution IoT technology performs a vital functioninremodelinghowwemonitortheperformanceof Transformers. It introduces a faraway monitoring gadget especiallydesignedfordistributiontransformers,usingthe existingIoTinfrastructure.Thisimplementationboastsalow investment and operational value. The system operates seamlessly with the aid of robotically updating important informationabout the transformer on a devoted webpage. Notably, it goes a step further by way of directly notifying stakeholderswhilstthetransformerexhibitsoddconditions. This innovative method eliminates the need for regular human supervision, because the machine can be accessed remotely from any region. In essence, IoT technology revolutionizestransformertracking,makingitgreatergreen,

International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056

Volume: 12 Issue: 04 | Apr 2024 www.irjet.net p-ISSN: 2395-0072

fee-effective, and on hand across numerous geographical places.

The approach advanced for IoT-based totally transformer overloadsafetyrelaycombinesmicrocontroller-basedtotally relay era with IoT for powerful transformer safety and tracking This gadget integrates numerous transformer parametersthrusturdydesignMonitoringandmanagement, consistingofcontemporary,voltage,frequencyandwinding temperature Alternatively, the accumulated facts is transmittedthrua Wi-Ficonnection tothecloud, enabling actual-timeviewingandanalysisofstatistics.Tomakecertain efficiency,accuratevalidationofthedevicewasfinishedthru eachsimulationandhardwarecheckingout.Aninteresting characteristic of this system is the two-manner verbal exchange receivinginstructionsfromusersandreactingto transformer reputation reading records amassed over the years,themachinecancommandatransformerfitnessand performance forecasts, proactively perceive capability troubles before they increase and allow for preventive measures It has the flexibility to seamlessly combine with different clever grid technology, from power garage structures to call for response systems The aim of this mixture is to improve transformer efficiency and assist reduce strength prices. Real-time facts evaluation and visualization tools empower customers to make informed decisions on transformer operation and protection. In an efforttomaximizeitscapabilities,themachinemakesuseof artificial intelligence and system gaining knowledge of algorithms within the. This integration will increase the accuracyandefficiencyoffaultdetectionandcomplements thepredictivecapabilityofthegadgetfortransformeroverall performanceNevertheless,thisnewmachinenolongermost effectiveensuresprotectionandreliabilityoftransformer.

3. CONCLUSIONS

In end, IoT-based transformer overload safety relay represents a new protection device well matched with modern-day generation and traditional electric practices that allows green economy pleasant protection for transformersSystempredictivetalentsderivedfromrecords accrued over time discover potential issues early and

enhancetheofpreventivemeasures.Stronglydemonstrated thrusimulationandhardwaretesting,thedevicereinforces tremendous upgrades to the electricity grid, ensuring reliabilityandcost-effectiveness.TheIoT-basedtransformer overloadprotectionrelaytakesaproactiveapproach,which providestheymaybeabletospotabilityissuesearlybefore they change into primary troubles This dynamic environmentallowsutilitiestobetterrevealthetransformer, andactsasanalertreveal to preventtroublesand ensure dependable and value-powerful electricity performance. Designedtoconnectseamlesslytothewiderstrengthgrid, thedeviceisintelligentIthelpstobuildasafeconstructing, andguaranteesitsdurability.Datamanagementensuresthat thestrengthgridremainsoperationalevenbeneathchanging conditions.

REFERENCES

[1] IsahNdakaraAbubakar,JTsado,UADodo,EGUfot,JT Zarmai,MADodo,andIbrahimSuleiman.Devel-opment ofamicrocontroller-basedpowertransformeroverload protectionscheme.ATBUJournalofScience,Technology andEducation,8(1):360–371,2020

[2] Natumanya Akimu. Design and construction of an automaticloadmonitoringsystemonatransformerin powerdistributionnetworks.IDOSRJournalofScientific Research,7(1):58–76,2022.

[3] NileshGChothani,MBRaichura,DharmeshDPatel,and KDMistry.Real-timemonitoring&protectionofpower transformertoenhancesmartgridreliability.In2018 IEEE electrical power and energy conference (EPEC), pages1–6.IEEE,2018

[4] JoshuvaArockiaDhanraj,BalachandarKrishnamurthy, Kuppan Chetty Ramanathan, AK Saravanan, and Jeya KrishnaGanapathyRaman.Designoniotbasedrealtime transformer performance monitoring system for enhancing the safety measures. In IOP Conference Series:MaterialsScienceandEngineering,volume988, page012076.IOPPublishing,2020.

[5] NAYEEM HASAN, MD ROKIBUL ISLAM, AL- FAIYAZ KIBRIA,MDROBIN,andMEHEDIAZADSHAWON. Iotbased distribution transformer operational status monitoringandprotectionsystem.2023.

[6] Walid K A Hasan, Abobaker Alraddad, Abdulfatah Ashour,YachaoRan,MohamedAAlkelsh,andReyadhA MAjele.Designandimplementationsmarttrans-former based on iot. In 2019 International Conference on Computing, Electronics Communications Engineering (iCCECE),pages16–21,2019.