HYTBBW ikholamu-inyuswe-high-voltage reactive isixhobo imbuyekezo yamandla

Ingcaciso yeMveliso

HYTBBW series high-voltage line reactive power imbuyekezo isixhobo esikrelekrele silungele ubukhulu becala i-10kV (okanye i-6kV) imigca yokuhambisa kunye neetheminali zomsebenzisi, kwaye inokufakwa kwiipali zomgca ophezulu kunye nowona mbane uphezulu wokusebenza we-12kV.Isetyenziselwa ukuphucula amandla ombane, ukunciphisa ilahleko yomgca, ukonga amandla ombane kunye nokuphucula umgangatho wombane.Qonda imbuyekezo ezenzekelayo yamandla asebenzayo, ukuze umgangatho wamandla kunye nobuninzi bembuyekezo bufikelele elona xabiso lilungileyo.Isenokusetyenziswa kwakhona kwimbuyekezo yamandla asebenzayo e-10kV (okanye i-6kV) yeebhasi zeebhasi kwizitishi ezincinci zetheminali.
Isixhobo sixhotyiswe ngokutshintshwa okukhethekileyo kwe-vacuum ye-capacitors kunye nomlawuli ohlakaniphile we-microcomputer, kwaye utshintshe ngokuzenzekelayo ibhanki ye-capacitor ngokwemfuno yamandla esebenzayo kunye nombane wamandla omgca.Qonda imbuyekezo ezenzekelayo yamandla asebenzayo, yenza umgangatho wamandla kunye nomthamo wembuyekezo ufikelele kwelona xabiso lilungileyo;kwaye ube nemilinganiselo yokukhusela ngokuzenzekelayo ukuqinisekisa ukusebenza ngokukhuselekileyo kokutshintsha kunye ne-capacitors.Isixhobo sineenzuzo zenqanaba eliphezulu lokuzenzekelayo, ukuthembeka okulungileyo kokuphulwa, akukho mfuneko yokulungiswa kweempazamo, ukufakela okufanelekileyo, kunye nesiphumo esicacileyo sokugcina amandla kunye nokunciphisa ilahleko.Yimveliso efanelekileyo yokutshintsha ngokuzenzekelayo i-reactive power compensation capacitor banks kwimigca yombane ophezulu.Inokuhlangabezana neemfuno ezikrelekrele zenkqubo yamandla.

imodeli yemveliso

Inkcazo yoMfanekiso

IiParameters zobuGcisa

Ubume kunye nomgaqo wokusebenza

Ubume besixhobo

Isixhobo senziwe ngesixhobo sokutshintsha i-high-voltage capacitor, ibhokisi yokulawula ngokuzenzekelayo i-microcomputer, i-sensor yangoku evulekileyo yangaphandle, i-fuse yokuyeka, kunye ne-zinc oxide arrester.
Isixhobo sokutshintsha i-high-voltage capacitor samkela isakhiwo sebhokisi esihlanganisiweyo, oko kukuthi, yonke ifilimu ene-high-voltage shunt capacitors, i-capacitor ezinikeleyo (i-vacuum) yokutshintsha i-switch switching, i-voltage transformers power supply, i-capacitor protection current current transformers (i-non-power supply side sampling current transformers) kunye namanye amacandelo Ahlanganiswe kwibhokisi, kulula ukuyifaka kwisiza.Isixhobo sokutshintsha kunye nebhokisi yokulawula ngokuzenzekelayo ye-microcomputer idityaniswe ngeentambo ze-aviation ukuqinisekisa umgama owaneleyo wokhuseleko.Xa izixhobo eziphambili zingasebenzi, zinokusebenza kumlawuli, ukubonelela ngokukhuselekileyo kunye nokusebenza kakuhle.

Umgaqo wokusebenza wesixhobo

Vala i-fuse yokuphuma, qhagamshela umbane ophezulu we-voltage wesixhobo, udibanise umbane wesiphaluka sesibini i-AC220V, kunye ne-high-voltage capacitor isilawuli esizenzekelayo (emva koku kubhekiselwa kuye njengomlawuli ozenzekelayo) uqala ukusebenza.Xa i-voltage yomgca, okanye i-power factor, okanye ixesha elisebenzayo, okanye akukho Xa amandla engaphakathi koluhlu lokutshintsha kwangaphambili, umlawuli ozenzekelayo udibanisa isiphaluka sokuvala i-switch switching switch ekhethekileyo ye-capacitors, kunye ne-switch switching ekhethekileyo ye-capacitors idonsela ngaphakathi. faka ibhanki ye-capacitor ekusebenzeni komgca.Xa i-voltage yomgca, okanye i-power factor, okanye ixesha elisebenzayo, okanye amandla asebenzayo angaphakathi kwi-cut-off range, umlawuli ozenzekelayo udibanisa i-circuit ejikelezayo, kunye ne-switching switching switching for capacitors trips to stop capacitor bank to run.Ngaloo ndlela ukuqonda utshintsho oluzenzekelayo lwe-capacitor.Ukufezekisa injongo yokuphucula umbane, ukunciphisa ilahleko yentambo, ukonga amandla ombane kunye nokuphucula umgangatho wombane.

Imodi yokulawula kunye nomsebenzi wokukhusela

Imo yokulawula: manual kunye nezenzekelayo
Ukusebenza ngesandla: Sebenzisa ngesandla iqhosha kwibhokisi yokulawula kwisayithi ukuze uvule isiqhagamshelanisi sevacuum, kwaye usebenzise i-fuse yokuphuma ngentonga yokugquma.
Ukusebenza okuzenzekelayo: ngexabiso lokusetwa kwangaphambili kwesilawuli samandla esisebenzayo esisebenzayo, i-capacitor iguqulwa ngokuzenzekelayo ngokweeparamitha ezikhethiweyo.(Uluhlu olufutshane kunye nemisebenzi yokulawula kude nayo inokubonelelwa ngokweemfuno zomsebenzisi)
Indlela yokulawula: Ngomsebenzi wolawulo olunengqondo, kufuneka ibe neendlela zokulawula ngokuzenzekelayo ezifana nolawulo lwevolthi, ulawulo lwexesha, ulawulo lwexesha lombane, ulawulo lwento yamandla, kunye nolawulo lwamandla asebenzayo.
Imowudi yokulawula i-voltage: ukulandelela ukuguquguquka kombane, setha i-voltage switching threshold kunye nokutshintsha i-capacitors.
Indlela yokulawula ixesha: amaxesha amaninzi anokusetwa yonke imihla, kwaye ixesha lokutshintsha linokumiselwa ukulawula.
Imodi yokulawula ixesha lombane: Amaxesha amabini anokusetwa yonke imihla, kwaye ixesha lilawulwa ngokwendlela yokulawula umbane.
Imodi yokulawula amandla: sebenzisa umlawuli ukubala ngokuzenzekelayo isimo segridi emva kokutshintsha, kwaye ulawule ukutshintsha kwebhanki ye-capacitor ngokwendlela yokulawula amandla.
I-voltage kunye nendlela yokulawula amandla asebenzayo: lawula ngokuhambelana nombane kunye namandla asebenzayo kwidayagram yezone ezilithoba.

Umsebenzi okhuselayo

Umlawuli uxhotyiswe ngokhuseleko olufutshane lwesiphaluka, ukukhuselwa kwe-overvoltage, ukukhuselwa kokulahleka kwe-voltage, ukukhuselwa kwe-overcurrent, ukukhuselwa kokulahleka kwesigaba, ukukhuselwa ukulibaziseka kokutshintsha (ukukhusela imizuzu eyi-10, ukukhusela i-capacitors ukuba ihlawuliswe), ukukhuselwa kwe-anti-oscillation switching, kunye namaxesha okutshintsha imihla ngemihla imisebenzi efana nokukhusela umda.
Umsebenzi wokungena kwedatha
Ukongeza kwimisebenzi yokulawula eyisiseko, umlawuli kufuneka abe nedatha yokusebenza kwenethiwekhi yokusabalalisa kunye nezinye iirekhodi zedatha.
Umsebenzi wokurekhoda:
Umgca wexesha langempela lombane, okwangoku, amandla asebenzayo, amandla asebenzayo, amandla asebenzayo, ukugqwethwa kwe-harmonic epheleleyo kunye nezinye iiparameters umbuzo;
Ukugcinwa kweenkcukacha-manani okwexesha lokwenyani ngeyure yonke imihla: kubandakanya amandla ombane, okwangoku, amandla asebenzayo, amandla asebenzayo, amandla asebenzayo, isantya esipheleleyo sokugqwethwa kwe-harmonic kunye nezinye iiparamitha.
Umgca wemihla ngemihla ugcino lweenkcukacha-manani olugqithisileyo: kubandakanywa amandla ombane, angoku, amandla asebenzayo, amandla asebenzayo, amandla anamandla, ixabiso eliphezulu, ixabiso elincinci kunye nexesha lokwenzeka kwereyithi ye-harmonic yokuphazamiseka.
Yonke imihla capacitor bank action statistics yokugcina;kubandakanywa amaxesha esenzo, izinto zesenzo, iimpawu zesenzo (isenzo sokukhusela, ukutshintshela ngokuzenzekelayo), i-voltage yesenzo, yangoku, into yamandla, amandla asebenzayo, amandla asebenzayo kunye nezinye iiparamitha.Igalelo kunye nokususwa kwebhanki ye-capacitor nganye ibalwa njengesenzo esinye.
Le datha yembali ingentla iya kugcinwa ngokupheleleyo kungekho ngaphantsi kweentsuku ezingama-90.

Ezinye iiparamitha

Imiqathango yokusetyenziswa
●Iimeko zendalo ezingqongileyo
● Indawo yokufakela: ngaphandle
● Ukuphakama: <2000m<>
● Ubushushu be-Ambient: -35°C~+45°C (-40°C ugcino nothutho luvumelekile)
● Ukufuma okuhambelanayo: umyinge wemihla ngemihla awukho ngaphezu kwe-95%, umyinge wenyanga awukho ngaphezu kwe-90% (kwi-25 ℃)
● Esona santya somoya: 35m/s
Inqanaba longcoliseko: Umgama othe ngqo we-creepage wesixhobo ngasinye sangaphandle se-III (IV) esingekho ngaphantsi kwe-3.2cm/kV
● Ubunzulu benyikima: Ubunzulu 8, isantya esithe tye emhlabeni 0.25q, isantya esithe nkqo 0.3q
imeko yenkqubo
● Amandla ombane alinganisiweyo: 10kV (6kV)
● Ireyithiwe rhoqo: 50Hz
● Indlela yokumisa: indawo engathathi hlangothi ayisekelwanga