A cikin samarwa da rayuwa ta yau da kullun, jerin reactors da shunt reactors sune kayan lantarki da aka saba amfani da su.Daga sunayen jerin reactor da shunt reactors, za mu iya kawai fahimtar cewa daya ne guda reactor alaka a cikin jerin a cikin tsarin bas Daga cikin su, da sauran shi ne a layi daya dangane da reactor, da kuma ikon capacitor an haɗa a layi daya da tsarin bas.Ko da yake yana da alama cewa kawai hanyar kewayawa da hanyar haɗi sun bambanta, amma.Wuraren aikace-aikacen da rawar da suke takawa sun bambanta sosai.Kamar dai ilimin zahiri da aka fi sani, ayyukan da'irori da da'irori masu kama da juna sun bambanta.
Za a iya raba reactors zuwa AC reactors da DC reactors.Babban aiki na AC reactors ne anti-tsangwama.Gabaɗaya, ana iya ɗaukarsa a matsayin raunin naɗa mai nau'i uku akan jigon ƙarfe mai kashi uku.AC reactors gabaɗaya suna haɗa kai tsaye zuwa babban kewaye, kuma babban abin la'akari lokacin zaɓar samfuri shine inductance (saukar wutar lantarki lokacin da halin yanzu ke gudana ta cikin reactor ba zai iya zama sama da 3% na ƙimar ƙarfin lantarki ba).Reactor na DC galibi yana taka rawar tacewa a cikin kewaye.A taƙaice dai, shi ne hura coil ɗin a kan madaurin ƙarfe na lokaci ɗaya don rage tsangwama da hayaniyar rediyo ke haifarwa.Ko AC reactor ne ko na'urar sarrafa wutar lantarki ta DC, aikinsa shine rage tsangwama ga siginar AC da haɓaka juriya.
Reactor jerin an fi sanya shi a matsayin na'ura mai fita mai fita, kuma jerin reactor yana da ikon haɓaka rashin ƙarfi na gajeren lokaci da kuma iyakance gajeriyar yanayin halin yanzu.Yana iya murkushe babban tsari mai jituwa da iyakance rufewar halin yanzu, ta haka yana hana jituwa daga cutar da masu iya aiki da cimma ayyukan iyakancewa da tacewa na yanzu.Musamman ga yanayin wutar lantarki inda abun ciki na jituwa ba shi da girma musamman, haɗa capacitors da reactors a cikin tsarin wutar lantarki a cikin jerin zasu iya inganta ingancin wutar lantarki kuma ana la'akari da mafi kyawun bayani.
The shunt reactor yafi taka rawar reactive ikon diyya, wanda zai iya rama capacitive caji halin yanzu na layin, iyakance tsarin ƙarfin lantarki tashi da kuma ƙarni na aiki overvoltage, da kuma tabbatar da abin dogara aiki na layin.Ana amfani da shi don rama rabon capacitance diyya na dogon nisa diyya, hana ƙarfin lantarki tashin a karshen babu-load dogayen layukan (yawanci amfani a 500KV tsarin), da kuma sauƙaƙe guda-lokaci recloting da rage aiki overvoltage.An yi amfani da shi sosai a cikin watsa wutar lantarki mai nisa da ayyukan rarraba wutar lantarki.
Yawancin abokan ciniki sau da yawa suna da irin waɗannan tambayoyi, wato, ko jerin reactor ne ko na'urar sarrafa shunt, farashin yana da tsada sosai, kuma ƙarar tana da girma.Ko shigarwa ne ko daidaitaccen ginin da'ira, farashin ba shi da ƙasa.Ba za a iya amfani da waɗannan reactors ba?Ya kamata mu sani cewa duka illolin da haɗin gwiwar ke haifarwa da kuma asarar da ake samu ta hanyar watsa nisa sun fi saye da amfani da reactors.Gurbacewar yanayi zuwa grid na wutar lantarki, resonance da karkatarwar wutar lantarki zai haifar da rashin aiki mara kyau ko ma gazawar wasu kayan wuta da yawa.Anan, editan ya ba da shawarar jerin reactors da shunt reactors wanda Kamfanin Lantarki na Hongyan ya samar.Ba wai kawai ingancin yana da garantin ba, har ma da dorewa.
Lokacin aikawa: Afrilu-13-2023