Idivayisi yesinxephezelo samandla asebenzayo afakwe kukholomu ephezulu ye-HYTBBW

incazelo yomkhiqizo

I-HYTBBW series high-voltage line reactive power isinxephezelo idivayisi ehlakaniphile ifaneleka kakhulu imigqa yokusabalalisa engu-10kV (noma 6kV) namatheminali abasebenzisi, futhi ingafakwa ezigxotsheni zikalayini ongaphezulu ngevoltheji yokusebenza ephezulu engu-12kV.Isetshenziselwa ukuthuthukisa isici samandla, ukunciphisa ukulahleka komugqa, ukonga amandla kagesi nokuthuthukisa ikhwalithi kagesi.Bona isinxephezelo esizenzakalelayo samandla asebenzayo, ukuze ikhwalithi yamandla nenani lesinxephezelo lifinyelele inani elingcono kakhulu.Ingase futhi isetshenziselwe isinxephezelo samandla asebenzayo wamabha amabhasi angu-10kV (noma 6kV) eziteshini ezincane zetheminali.
Idivayisi ifakwe i-vacuum switch ekhethekile yama-capacitor kanye nesilawuli esihlakaniphile se-microcomputer, futhi ishintsha ngokuzenzakalelayo ibhange le-capacitor ngokuya ngesidingo samandla asebenzayo kanye nesici samandla somugqa.Bona isinxephezelo esizenzakalelayo samandla asebenzayo, wenze ikhwalithi yamandla namandla esinxephezelo afinyelele inani elingcono kakhulu;futhi ube nezinyathelo zokuvikela ezizenzakalelayo zokuqinisekisa ukusebenza okuphephile kwamaswishi nama-capacitor.Idivayisi inezinzuzo zezinga eliphezulu lokuzenzakalela, ukuthembeka okuhle kokuphuka, asikho isidingo sokulungisa iphutha, ukufakwa okulula, nomphumela osobala wokonga amandla nokunciphisa ukulahlekelwa.Kungumkhiqizo olungele ukushintsha okuzenzakalelayo kwamabhange e-capacitor amandla asebenzayo emigqeni yamandla kagesi aphezulu.Ingakwazi ukuhlangabezana nezidingo ezihlakaniphile zesistimu yamandla.

imodeli yomkhiqizo

Incazelo Yemodeli

Imingcele Yezobuchwepheshe

Isakhiwo kanye nomgomo wokusebenza

Isakhiwo sedivayisi

Idivayisi yakhiwe idivayisi yokushintsha i-capacitor ene-voltage ephezulu, ibhokisi lokulawula elizenzakalelayo le-microcomputer, inzwa yamanje yohlobo oluvulekile lwangaphandle, i-fuse yokukhipha, kanye nesibambisi se-zinc oxide.
Idivayisi yokushintsha i-high-voltage capacitor yamukela isakhiwo sebhokisi elihlanganisiwe, okungukuthi, ama-shunt capacitor amafilimu aphezulu, ama-switch switching anikezelwe (i-vacuum), ama-voltage anikezela amandla kagesi, ama-transformer amanje avikela i-capacitor (isampula yamanje eseceleni okungewona amandla okunikezwa kwamandla. transformers) nezinye izakhi Kuhlanganiswe ebhokisini, kulula ukuzifaka esizeni.Idivayisi yokushintsha kanye nebhokisi lokulawula okuzenzakalelayo le-microcomputer kuxhunywe izintambo zendiza ukuze kuqinisekiswe ibanga elanele lokuphepha.Uma umshini oyinhloko ungacishiwe, ungasebenza kusilawuli, unikeze ukusebenza okuphephile nokulula.

Umgomo wokusebenza wedivayisi

Vala i-fuse yokukhipha, xhuma amandla kagesi aphezulu wedivayisi, xhuma ugesi wesekethe yesibili i-AC220V, kanye nesilawuli esizenzakalelayo se-capacitor esiphezulu (okuzobizwa kamuva ngokuthi isilawuli esizenzakalelayo) siqala ukusebenza.Lapho i-voltage yomugqa, noma isici samandla, noma isikhathi sokusebenza, noma singekho Lapho amandla engaphakathi kwebanga lokushintshwa esethiwe, isilawuli esizenzakalelayo sixhuma isifunda sokuvala sokushintsha okukhethekile kwama-capacitor, bese inkinobho yokushintsha ekhethekile yama-capacitor idonsela faka ibhange le-capacitor ekusebenzeni komugqa.Lapho i-voltage yolayini, noma isici samandla, noma isikhathi sokusebenza, noma amandla asebenzayo angaphakathi kwebanga elinqamukile, isilawuli esizenzakalelayo sixhuma isekethe ekhubekayo, futhi iswishi yokushintsha ezinikele yama-capacitor ihambela ukumisa ibhange le-capacitor ukuthi lingasebenzi.Ngakho-ke ukuqaphela ukushintshwa okuzenzakalelayo kwe-capacitor.Ukufeza inhloso yokuthuthukisa isici samandla, ukunciphisa ukulahleka kolayini, ukonga amandla kagesi kanye nokuthuthukisa ikhwalithi kagesi.

Imodi yokulawula nomsebenzi wokuvikela

Imodi yokulawula: imanuwali ne-othomathikhi
Ukusebenza mathupha: Sebenzisa mathupha inkinobho ebhokisini lokulawula elisendaweni ukuze uvule isixhumi esingenasici, futhi usebenzise i-fuse yokuphuma ngenduku yokuvikela.
Ukusebenza okuzenzakalelayo: ngevelu emisiwe yesilawuli samandla asebenzayo esihlakaniphile sedivayisi, i-capacitor ishintshwa ngokuzenzakalelayo ngokuya ngemingcele ekhethiwe.(Imisebenzi yebanga elifushane kanye nesilawuli kude nayo ingahlinzekwa ngokuya ngezidingo zomsebenzisi)
Indlela yokulawula: Ngomsebenzi wokulawula okunengqondo ohlakaniphile, kufanele ibe nezindlela zokulawula okuzenzakalelayo ezifana nokulawula i-voltage, ukulawula isikhathi, ukulawulwa kwesikhathi se-voltage, ukulawulwa kwesici samandla, nokulawula amandla asebenzayo kagesi.
Imodi yokulawula i-voltage: landelela ukuguquguquka kwe-voltage, setha umkhawulo wokushintsha i-voltage bese ushintsha ama-capacitor.
Indlela yokulawula isikhathi: izikhathi ezimbalwa zingasethwa nsuku zonke, futhi isikhathi sokushintsha singasethwa ukuze silawule.
Imodi yokulawula isikhathi se-voltage: Izikhathi ezimbili zingasethwa nsuku zonke, futhi isikhathi silawulwa ngokuya ngemodi yokulawula i-voltage.
Imodi yokulawula isici samandla: sebenzisa isilawuli ukubala ngokuzenzakalelayo isimo segridi ngemva kokushintsha, futhi ulawule ukushintsha kwebhange le-capacitor ngokuya ngemodi yokulawula isici samandla.
I-Voltage kanye nendlela yokulawula amandla asebenzayo: lawula ngokuya nge-voltage namandla asebenzayo umdwebo wezoni eziyisishiyagalolunye.

Umsebenzi wokuvikela

Isilawuli sifakwe ukuvikelwa kwesekethe emfushane, ukuvikelwa kwe-overvoltage, ukuvikela ukulahleka kwamandla kagesi, ukuvikelwa kwe-overcurrent, ukuvikela ukulahleka kwesigaba, ukuvikela ukulibaziseka kokushintsha (ukuvikelwa kwemizuzu eyi-10, ukuvikela ama-capacitor ukuthi angakhokhiswa), ukuvikela ukushintshashintsha kwe-anti-oscillation, kanye nezikhathi zokushintsha nsuku zonke Ukuvikelwa imisebenzi efana nokuvikela umkhawulo.
Umsebenzi wokungena idatha
Ngokungeziwe emisebenzini yokulawula eyisisekelo, isilawuli kufanele futhi sibe nedatha yokusebenza kwenethiwekhi yokusabalalisa namanye amarekhodi edatha.
Umsebenzi wokuqopha:
I-voltage yesikhathi sangempela somugqa, yamanje, isici samandla, amandla asebenzayo, amandla asebenzayo, ukuhlanekezela okuphelele kwe-harmonic neminye imibuzo yemingcele;
Isitoreji sezibalo sedatha yesikhathi sangempela ngehora nsuku zonke: okuhlanganisa i-voltage, yamanje, isici samandla, amandla asebenzayo, amandla asebenzayo, inani eliphelele lokuhlanekezela kwe-harmonic namanye amapharamitha.
Umugqa wansuku zonke wesitoreji sezibalo ezidlulele: okufaka i-voltage, yamanje, amandla asebenzayo, amandla asebenzayo, isici samandla, inani eliphakeme, inani elincane nesikhathi sokwenzeka senani eliphelele lokuhlanekezela.
Isitoreji sansuku zonke sezibalo ze-capacitor yasebhange;okuhlanganisa izikhathi zesenzo, izinto zesenzo, izici zesenzo (isenzo sokuvikela, ukushintsha okuzenzakalelayo), i-voltage yesenzo, yamanje, isici samandla, amandla asebenzayo, amandla asebenzayo kanye neminye imingcele.Okokufaka nokususwa kwe-capacitor bank ngayinye kubalwa njengesenzo esisodwa.
Idatha yomlando engenhla izogcinwa ngokugcwele izinsuku ezingekho ngaphansi kwezingu-90.

Amanye amapharamitha

Imibandela Yokusebenzisa
● Izimo zemvelo zemvelo
● Indawo yokufaka: ngaphandle
● Ukuphakama: <2000m<>
● Izinga lokushisa le-ambient: -35°C~+45°C (-40°C isitoreji nokokuthutha kuvunyelwe)
●Umswakama ohlobene: isilinganiso sansuku zonke asikho ngaphezu kuka-95%, isilinganiso sanyanga zonke asingaphezu kuka-90% (ku-25 ℃)
● Isivinini somoya esiphezulu: 35m/s
Izinga lokunukubezeka: Ibanga elikhethekile le-creepage le-insulation yangaphandle ngayinye ye-III (IV) alikho ngaphansi kuka-3.2cm/kV
● Amandla okuzamazama komhlaba: Amandla 8, ukusheshisa okuvundlile komhlaba okungu-0.25q, ukusheshisa okuqondile okungu-0.3q
isimo sohlelo
● I-voltage elinganiselwe: 10kV (6kV)
● Imvamisa elinganiselwe: 50Hz
●Indlela yokubeka phansi: indawo engathathi hlangothi ayisekelwe phansi