HYTBBD series ombane ophantsi oguquguqukayo isixhobo imbuyekezo amandla asebenzayo

HYTBBD series ombane ophantsi amandla ombane asebenzayo isixhobo imbuyekezo isixhobo Featured

Inkcazelo emfutshane:

Kwiinkqubo ezinotshintsho olukhulu lomthwalo, isixa-mali sembuyekezo esifunekayo kwimbuyekezo yamandla asebenzayo kwakhona siyaguquguquka, kwaye izixhobo zembuyekezo zamandla asisigxina asisigxina azikwazi ukuhlangabezana neemfuno zembuyekezo zezo nkqubo;I-HYTBBD ye-low-voltage eguqukayo yembuyekezo yezixhobo zembuyekezo yamandla eyilwe ngokukodwa kwiinkqubo ezinjalo Uyilo lweSistim, isixhobo sinokulandela umkhondo ngokuzenzekelayo kwaye sihlawule ngexesha lokwenyani ngokweenguqu zomthwalo, ukuze amandla ombane wenkqubo asoloko egcinwa kwindawo efanelekileyo.Ngelo xesha, ithatha uchungechunge lweemodyuli, ezinokudibaniswa ngokukhululekileyo.Indibano kunye nokugcinwa kulula kakhulu kwaye kunokwandiswa ngokuthanda, ngexabiso eliphantsi kakhulu.

Kaninzi

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Iithegi zeMveliso

Indawo yosetyenziso

HYTBBD low-voltage eguqukayo isixhobo imbuyekezo amandla reactive ilungele iimeko zokusebenza kunye utshintsho ngokukhawuleza umthwalo metallurgy, oomatshini, imigodi, izinto zokwakha, petroleum, imichiza, umasipala kunye namanye amashishini.

umgaqo wokusebenza

I-HYTBBD i-low-voltage eguqukayo yembuyekezo yamandla esebenzayo ithatha i-algorithm yolawulo oluphezulu ukuze ibone kwaye ibale isixa sembuyekezo esifunwa yinkqubo ngexesha lokwenyani, ukulawula ukutshintshwa kwesebe ngalinye lembuyekezo, kwaye uqaphele imbuyekezo echanekileyo esebenzayo yamandla.Umtshintshi wokutshintsha unokukhetha umnxibelelwano okanye umtshini we-thyristor ongeyena unxibelelwano ngokweempawu zokutshintsha komthwalo.I-contactor ithatha i-capacitor ekhethekileyo yokuguqula i-capacitor, kwaye i-contactor ixhotyiswe ngesixhobo sokunyanzeliswa kwe-surge yangoku, enokunciphisa ngempumelelo impembelelo yokuvala i-surge yangoku kwi-capacitor bank Nciphisa i-overvoltage yokusebenza;kunye nokutshintsha kwe-thyristor non-contact uthatha iteknoloji ephakamileyo yegalelo loxinzelelo olulinganayo kunye ne-zero-crossing cut-off, enokuthi icinezele ngokufanelekileyo i-switching surges, ukuphucula ukuthembeka kwenkqubo, kunye nokwandisa ubomi benkonzo ye-capacitors.

imodeli yemveliso

Inkcazo yoMfanekiso

Olu lwazi lulandelayo luyafuneka ekukhetheni imodeli
● Umzobo wenkqubo kunye neeparitha: i-voltage elinganisiweyo yenkqubo, i-voltage yokusebenza, njl.;
● Amandla asebenzayo kunye nemeko yamandla endalo, umba wamandla ekujoliswe kuwo;
● Uhlobo lomthwalo wenkqubo kunye nokutshintsha iimpawu;
● Ingaba inkqubo iqulethe imithwalo engabonakaliyo, ukuba kunjalo, umyalelo kunye nomxholo we-harmonics uya kubonelelwa;
● Iimfuno zofakelo kunye neendlela zokungena ngocingo;

IiParameters zobuGcisa

Umsebenzi ophambili
● Buyekeza amandla asebenzayo afunwa yinkqubo kwaye uphucule umba wamandla;
● Ukunyusa izinga lokusetyenziswa kweenguqu kunye neentambo zothumelo, kunye nokunciphisa iindleko zotyalo-mali lwezixhobo;
● Isixhobo sembuyekezo yamandla asebenzayo sinciphisa ilahleko yamandla asebenzayo eenguqu kunye neentambo zothumelo;
● Ukunyusa amandla ombane wenkqubo nokuzinzisa umgangatho wobonelelo lwamandla;
● Uthotho lwereactor enereactance ye 1% ~ 13% inokukhethwa, enokunqanda ukuvala inrush yangoku kunye nokucinezela amaxesha athile.
Inani lee-harmonics.
● Ukuphucula ubomi benkonzo yesixhobo esikwisistim, ngakumbi kwimithwalo ekwaziyo ukuthwala.

Iimbonakalo

● Isixhobo sembuyekezo samandla e-HYTBBD esisezantsi-sombane esiguqukayo sinokuchaneka kwembuyekezo ephezulu kunye nesantya sokuphendula ngokukhawuleza;
● Ukumodareyitha okukrelekrele okuphezulu: ukusebenza kakuhle kwembuyekezo, ukwandiswa kwasimahla, ubume obubambeneyo, uyilo olusemgangathweni, ukusebenza okuthembekileyo, kunye nokusebenza kweendleko eziphezulu.
Ukutshatyalaliswa kokushisa okungafaniyo: i-module capacitors kunye nee-reactances zifakwe phezulu kunye nemiqadi, kwaye iphaneli yangaphambili inomjelo okhethekileyo wendalo wokungenisa umoya kunye nenkqubo yokutshatyalaliswa kokushisa okunyanzeliswayo ukuze kuqinisekiswe umphumo omuhle wokushisa ukushisa;
● Isicwangciso sokutshintsha okucwangcisekileyo kunye nokusetwa kweparamitha;
● Akukho kutshintsha kwe-oscillation;
● Impembelelo yokuguquguquka kweAnti-voltage;
● Ukuphazamiseka okuchasene ne-harmonic;
●Ukuthembeka okuphezulu kokusebenza kunye neendleko eziphantsi zokusebenza;
Ukukhuselwa ngokupheleleyo, kunye nemisebenzi yokukhusela efana ne-overcurrent, ikhefu elikhawulezayo, i-overvoltage, i-undervoltage, njl.

Ezinye iiparamitha

IiParameters zobuGcisa
● Umbane olinganisiweyo: AC380V~AC1140V±15%
● Umlinganiselo wokuphindaphinda: 50Hz/60HZ±4
● Imbuyekezo yamandla asebenzayo: ngaphezulu kwe-0.95
● Umthamo wenqanaba ngalinye (ukutshintsha ubungakanani besinyathelo): 15 ~ 60kvar;
● Imo yokusebenza: ukusebenza ngokuqhubekayo
● Ifom yesakhiwo: uhlobo lwekhabhinethi
● Ubushushu bommandla: -10°C~+45°C
● Umswakama ohambelanayo: ≤95%, akukho condensation
● Ukuphakama: ngaphantsi kwe-4000m (ngaphezu kwe-2000m iguqulwa ngokwemimiselo eqhelekileyo)
● Ibakala lokhuseleko: IP30

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