HYMSVC uthotho oluphezulu ombane oguqukayo isixhobo imbuyekezo amandla asebenzayo

HYMSVC series ombane ophezulu oguquguqukayo oshukumayo amandla imbuyekezo isixhobo obonakalisiweyo Umfanekiso

Inkcazelo emfutshane:

Iseti epheleleyo yembuyekezo ye-MSVC yamandla asebenzayo aguqukayo yimbuyekezo yamandla asebenzayo kunye nosetyenziso lombane oluzenzekelayo isixhobo solawulo oluzenzekelayo oludibanisa i-MCR, ukutshintshwa kweqela le-capacitor kunye ne-transformer on-load voltage regulation function.I-MCR luhlobo “lwevalve yemagnethi” elawulekayo enokugcwala, etshintsha ukugcwala kombindi wentsimbi ngokutsalwa kwe-DC yolawulo lwangoku, ukuze kuphunyezwe injongo yokulungelelanisa ngokutyibilikayo imveliso yamandla esebenzayo.Ngenxa yokudityaniswa kwee-capacitors, iqonda iindlela ezimbini zohlengahlengiso oluqhubekayo lwamandla asebenzayo.Ukongezelela, amandla e-MCR kufuneka kuphela ukuba asondele kumthamo omkhulu weqela elilodwa le-capacitors ukufezekisa iimfuno zembuyekezo ezifanelekileyo, ukunciphisa iindleko zezixhobo, kunye nokunciphisa kakhulu ilahleko yokusebenza.

Kaninzi

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Iithegi zeMveliso

Ingcaciso yeMveliso

Ulawulo lwemagnethi lwe-MSVC oluguqukayo lwembuyekezo yamandla asebenzayo iseti epheleleyo iqulathe ipaneli yolawulo engundoqo ye-MSVC, isebe lokulawula imagnethi (MCR) kunye nembuyekezo (lokucoca) isebe, elinokuqonda imbuyekezo eguqukayo eqhubekayo yamandla asebenzayo.Isebe lembuyekezo (lokucoca) ikakhulu liqulunqwe ngama-capacitors, i-reactors, iikhoyili zokukhupha kunye namacandelo okukhusela.Inomsebenzi wokubonelela ngembuyekezo ye-capacitive reactive amandla kunye nokucoca.I-magnetron reactor (MCR) yesebe yenziwe ngumzimba we-magnetron reactor (MCR), uhlobo lwe-ST yesigaba-sesixhobo sokulawula i-shift trigger, njl. njl., kwaye inomsebenzi wokulungelelanisa amandla asebenzayo.Iphaneli yolawulo ephambili ye-MSVC yenziwe yiyunithi yolawulo ephambili ye-MSVC, isilawuli esikrelekrele sokuwela kunye nokuvala, ukhuseleko lwe-microcomputer ye-reactor, ukhuseleko lwe-capacitor microcomputer kunye nezixhobo ezincedisayo ezinxulumeneyo.

imodeli yemveliso

Inkcazo yoMfanekiso

IiParameters zobuGcisa

uphawu oluphambili
I-“Magnetic valve” uhlobo olulawulekayo lwe-saturable reactor (MCR), yamkela ukuzilimaza kwe-DC tekhnoloji yovuselelo, ayifuni unikezelo lwamandla okuvuselelayo lwe-DC yangaphandle, kwaye ilawulwa ngokupheleleyo kukujija kwangaphakathi kwe-reactor.
● Ngokulawulwa kwe-thyristor ye-low-voltage, ukulungiswa kwamandla okusebenzayo kwi-high-voltage system kufezekiswa, ngokuthembeka okuphezulu kunye neendleko eziphantsi.
● Undoqo we-iron we-reactor ukwimowudi yokusebenza yamagnetic saturation, enciphisa kakhulu i-harmonics, kwaye ineempawu zokulahleka kwamandla asebenzayo, isantya sokuphendula ngokukhawuleza, kunye nemveliso yamandla eqhubekayo negudileyo.
● Ukusebenzisa iteknoloji ye-optical isolation phase-shift trigger technology, i-optical fiber transmission phase-shift trigger, i-high-pose-self-power control, ephucula umgangatho we-insulation yenkqubo, ukunyusa amandla okuthintela ukuphazamiseka kwesixhobo, kunye nokunciphisa umthamo wesixhobo. izixhobo.
Iimbonakalo
● Inkqubo yokulawula ithatha umlawuli we-CPU eninzi esekelwe kwi-chip ye-DSP, enokuthembeka okuphezulu kunye nokuzinza, kunye nesantya sokusebenza ngokukhawuleza, kwaye i-algorithms eyinkimbinkimbi inokufezekiswa.
● Uyilo lwemodyuli, ukwandiswa okuguquguqukayo.
● I-SCR ithatha amacandelo asemgangathweni ophezulu, ukuvunwa kwamandla ombane aphezulu, i-photoelectric triggering, ukukhuselwa kwe-BOD, inkqubo eqinile yokuchasana kunye nokusebenza okuthembekileyo.

Inxalenye yokubeka iliso yenziwe ngumatshini wokujonga umkhosi, ujongano lokubonisa umatshini wendoda kunye nezinye izixhobo ezihambelanayo zesiphelo, ezinokuqhubeka nokubeka iliso umgangatho wamandla wenkqubo.
●Inokudityaniswa ngokuthe ngqo kumanqanaba ombane e-6kV, 10kV, 35kV, 27.5kV.
Inokuqonda izigaba ezintathu zolawulo lwangaxeshanye, ulawulo lokwahlulwa kwesigaba, ulawulo lokulinganisa lwesigaba esithathu
● Ngokhuseleko lwesoftware ephambili kunye nokhuseleko lwe-microcomputer.

Ezinye iiparamitha

IiParameters zobuGcisa
● Inqanaba lombane: 6 ~ 35kV
●Lawula ukuchaneka: 0.5%
● Ixesha lokuphendula elinamandla: <100ms
● Umthamo wokulayisha: 110%
● Amandla e-AC
● Ukutenxa okuvumelekileyo: -20%~+40%.
● Ukuphindaphinda: AC, 50±1Hz
● Ireyithiwe rhoqo: 50Hz
● Indlela yokupholisa ye-SCR: ukuzipholisa, ukupholisa umoya
● Indlela yokulawula: amandla asebenzayo
● Inqanaba lengxolo: 65dB
● I-voltage elinganisiweyo: isigaba sesithathu se-380V, isigaba esisodwa se-220V0
● Amandla: isigaba sesithathu se-380V esingekho ngaphezu kwe-10kw / isigaba, isigaba esisodwa se-220V esingekho ngaphezu kwe-3kw.
●Umbane weDC
● Ixabiso lombane: 220V
●Ukutenxa okuvumelekileyo: -10%~+10%
● Amandla: ≤550Wa

Imilinganiselo

Khuphela uGoogle
● Amandla ombane okalwe yinkqubo
● Umthamo olinganisiweyo (umthamo wereactor yemagnetotron + umthamo wofakelo lwecapacitor)
●Inani leenguqu eziphambili
● Inani lamaqela esebe le-capacitor
● Imvelaphi yenkqubo yeharmonic
● Indlela yokufakela kunye nendawo
●Ukusebenzisa imeko-bume

Ngaphambili: Uhlobo lweHYTSC oluphezulu lombane oguqukayo isixhobo sembuyekezo yamandla asebenzayo

Okulandelayo: HYTVQC substation ombane oguqukayo isixhobo imbuyekezo amandla asebenzayo