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I-Amorphous Alloy Transformer kunye ne-Silicon Steel Transformer
2025-10-20
Ngaba uyazi umahluko phakathi Isiguquli se-Amorphous Alloykunye neetransformer zesinyithi zesilicon eziqhelekileyo? Njengomvelisi wetransformer onamava angaphezu kweminyaka eli-15, i-JZP ichaza umahluko phakathi kwezi ntlobo zimbini zeetransformer. Asikokwahluka nje kwizinto zokwakha; yimfazwe yetekhnoloji phakathi kokusetyenziswa kakuhle kwamandla, iindleko, kunye neendlela zexesha elizayo.
I-Amorphous Alloy vs. i-Ordinary Transformer
I-Transformer yentsimbi yeSilicon eqhelekileyo
Iitransformer eziqhelekileyo zinee-cores ezenziwe ngamacwecwe esinyithi e-silicon aqokelelweyo abandayo, ajongise kwiinkozo, anee-athomu ezicwangciswe ngendlela ecocekileyo neqhelekileyo yekristale.
Olu lungiselelo lucwangcisiweyo lubangela ukuba amandla angabi namandla kakhulu xa edityaniswa nemagnethi kwicala elijikayo, nto leyo ebangela ukusebenza kakuhle. Nangona kunjalo, zisesezikristalini, kwaye amandla adityaniswe nemagnethi adla amandla, nto leyo ebangela "ukulahleka kwe-hysteresis." Ngaphezu koko, amaphepha esinyithi e-silicon anobukhulu obuthile, kwaye amandla emagnethi atshintshanayo abangela "ii-eddy currents" ngaphakathi kwawo, nto leyo ekhokelela "kwilahleko zamandla e-eddy," ezaziwa ngokuba "kukulahleka kwesinyithi."
Isiguquli se-Amorphous Alloy
Umbindi we-amorphous alloy transformer wenziwe ngeribhoni engenasimo, eyaziwa ngokuba yi "metallic glass." Ulungelelwaniso lwayo lwe-atomic alunangqondo kwaye alunangqondo. Olu lwakhiwo lwenziwa ngokupholisa ngokukhawuleza ukunyibilika kobushushu obuphezulu kakhulu ngesantya sezigidi zeedriki ngomzuzwana, inkqubo eyahlukileyo. Olu phazamiseko lwe-atomic olude lunciphisa kakhulu ukulahleka kwe-hysteresis; ubukhulu bayo obuncinci kakhulu kunye nokumelana okuphezulu kunciphisa ngakumbi ukulahleka kombane we-eddy.
Uthelekiso loKusebenza
| Umlinganiselo wokuthelekisa | Isiguquli se-Amorphous Alloy
| I-Transformer yentsimbi yeSilicon eqhelekileyo
| Uhlalutyo kunye nokutolika
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| Iilahleko Eziphambili
| Iphantsi Kakhulu
| Phezulu
| Ilahleko ezingenamthwalo, ngokomyinge, ziphantsi ngama-60%-80% kunee-transformers zesinyithi ze-silicon ze-S13/S14 ezifanayo.
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| Akukho mthwalo wangoku
| Encinci
| Enkulu
| Umsinga ongenamthwalo ungancitshiswa malunga ne-40%-80%, nto leyo ethetha ukuba amandla angasebenzi kakuhle kwigridi kunye nokulahleka komgca osezantsi.
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| Inqanaba lokuSebenza kakuhle kwamandla
| Iphezulu kakhulu
| Phezulu
| Iitransformer ezingafaniyo zihlangabezana ngokulula nomgangatho wokusetyenziswa kwamandla weKlasi yoku-1 kazwelonke, nto leyo ebonisa ukusebenza kakuhle kwamandla xa kuthelekiswa neetransformer zesinyithi zesilicon (ngesiqhelo iKlasi yesi-2 okanye iKlasi yesi-3).
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| Iindleko zoMveliso
| Phezulu
| Iphantsi kakhulu
| I-alloy strip e-Amorphous ibiza kakhulu, iqinile, kwaye iyaphuka, kwaye iinkqubo zokucheba kunye nokuqhoboshela ziyinkimbinkimbi, nto leyo ebangela ukuba iindleko zokuvelisa zibe phezulu ngama-20%-35% kune-silicon steel enamandla afanayo. Le yeyona ngxaki yayo inkulu.
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| Amandla oomatshini
| Iphantsi
| Phezulu | Umcu we-alloy o-Amorphous uqinile kwaye uyaphuka, kwaye awuxhathisi kakuhle kwi-shock kunye ne-vibration. Kufuneka kuthathwe inyameko ekhethekileyo ngexesha lokuthuthwa, ukufakwa, kunye ne-shock ye-short-circuit. Ishidi lesinyithi le-silicon liqinile kakhulu kwaye linokumelana okungcono kwe-impact.
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| Ukusebenza koxinano lwe-magnetic flux
| Iphantsi (1.3-1.5T)
| Phezulu (1.6-1.8T)
| Uxinano lwe-magnetic flux density lwee-alloys ezi-amorphous luphantsi, nto leyo ethetha ukuba kufuneka indawo enkulu engundoqo enqamlezileyo ngamandla afanayo, nto leyo enokubangela ukunyuka okuncinci komthamo kunye nobunzima be-transformer.
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| Ingxolo Yokusebenza
| Phezulu Kancinci
| Iphantsi
| Isiphumo semagnetostrictive (utshintsho oluncinci kubungakanani bezinto xa zitsalwa yimagnethi) see-alloys ezi-amorphous sibonakala ngakumbi kuneseeshiti zesinyithi zesilicon, nto leyo ebangela ukuba isandi siphakame kancinci (malunga ne-2-5 dB ngaphezulu) ngexesha lokusebenza. Ukuphathwa okukhethekileyo kunokufuneka kwiindawo ezinovakalelo lwengxolo.
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| Ukusebenza kokusingqongileyo
| Igqwesile
| Kulungile | Ukulahleka okuphantsi kakhulu okungenamthwalo kuthetha ukonga amandla okukhulu kulo lonke ixesha lobomi (iminyaka engama-20-30), okulingana nokunciphisa ukukhutshwa kwekhabhoni ngeetoni ezininzi okanye amashumi eetoni. |
Iitransformer zesinyithi zesilicon eziqhelekileyo: Utyalo-mali oluphantsi lokuqala, kodwa iindleko zombane zokusebenza ziphezulu. Ukulahleka kwazo ngaphandle komthwalo kwenzeka iiyure ezingama-24 ngosuku, kudla umbane oqhubekayo logama nje itransformer iqhagamshelwe kwigridi.
Ii-transformers ze-alloy ezi-Amorphous: Utyalo-mali olukhulu lokuqala, kodwa iindleko zombane zokusebenza ziphantsi kakhulu. Ukonga kwabo amandla kusenokungabi ninzi ngosuku olunye, kodwa kumjikelo wabo wobomi bonke (iminyaka engama-20 ukuya kwengama-30), ukonga kunokuba yinto emangalisayo.
Kumashishini anamanani amakhulu e- Isiguquli soSasazokunye nezinto ezithwala umthwalo ophantsi (ezifana neenkampani zegridi yamandla, amaziko edatha, kunye neendawo ezinkulu zorhwebo), iingenelo zoqoqosho zeetransformers ezingafaniyo zinomtsalane kakhulu.