Dingxin 35kV Sealed Amorphous Alloy Power Transformer don Uzbekistan

Dingxin bayar da wani 35kV rufaffiyar amorphous gami ikon transformer bayani ga wani aikin samar da wutar lantarki a Uzbekistan. An haɓaka shi don haɓaka ƙwarewar rarrabawa da amincin aiki, mai canzawa yana haɗuwa da ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin ƙarfin

An tsara maganin don rage asarar rashin kaya, rage buƙatun kulawa, da samar da abin dogaro a duk rayuwarsa.

Bukatu na Aiki

Aikin ya buƙaci mai rarraba rarraba wanda zai iya samar da aikin da ya dace a cikin grid na gida da yanayin muhalli. Babban bukatun sun hada da:

• Babban Ingancin Makamashi
• Ƙananan asarar rashin nauyi
• Tabbatar da aikin rufi na 35kV
• Babban juriya ga gajeren gajeren gajeren gajeren gajeren gajeren gajeren gajeren gajeren gajeren gajeren gajeren gajeren gajeren gajeren gajeren gajeren gajeren gajeren gajeren gajeren gajeren gajeren gajeren gajeren gajeren gajeren gajeren gajeren gajeren gajeren gajeren gajeren gajeren gajeren gajeren gajeren
• Ginin da aka rufe da man fetur
• Bukatun Kula da Kananan
• Kamarar ƙarama da kuma aikin yin sa hannan
• Aiki da kudun kudun da ke tsakanin zaman da kuma

Takamaiman Amorphous Alloy

Karamar transformer ya zuba daga amorphous alloy mai mahallin gaba, wani abu mai tsoro mai ƙarfi wanda ke cikin iron, nickel, cobalt, silicon, boron, da carbon.

A cikin amorphous alloy ba a gabe ne kamar silikon steel na farko, amma yana da jinsi na atomi mai fuskantar. Wannan jinsi na iya baiwa shi dukkanin alama na tsoro, kamar tsoro mai yawa da kuma karamin energy a lokacin da suka tsoro kafu.

Karamar amorphous alloy yana da kamar 0.027mm. Yadda yake da tsoro mai yawa—wanda ke taka 3 zuwa 6 da silikon steel na farko—yana taimaka wajen karewa na tsoro na eddy da kuma karewa mai yawa na karamar loss.

Wadannan alama suna nufi wa amorphous alloy transformer suka yi aiki ga network na distribution inda transformer suna da amincewa ta hanyar karama kafu da kuma consumption na energy a lokacin da ba suka ci gaba ba wanda ke nufi amsar karamin aiki na karama.

Takamaiman Jini na Karama

Matsaloli na amorphous suna ƙarfi sosai kuma suna da kyau sosai don gudun yadda ake yi amfani da su ne ga matsalolin silicon na farko. Yadda ake taka tsanani ko yadda ake canza a lokacin samun wani abu zai iya gyara alama na magnetic na core.

Dingxin yayi amfani da yadda ake samun core, yadda ake kawo, yadda ake taka tsanani, da yadda ake kawo abubuwan da suka hada da core. Tsarin da ke taimakawa ga core an raba shi da kyau don kare gudun yadda ake yi amfani da su kuma don kare ƙarfin da ke cikin tsari da lokacin da ake amfani da transformer.

Wani abu daga cikin transformer kamar windings, tsarin insulation, leads, tank, da tsarin cooling an raba su da kyau ta hanyar hisabai na electrical, thermal, da mechanical don kare sabon alama na performance.

Tsarin da ke cikin oil da ya fiye da karami

Transformer yana amfani da tank da ke cikin oil da ya fiye da karami kuma ya fiye da karami da karami. Wannan tsarin yana kare oil na transformer daga atmosphere na farko, wanda ke taimakawa don kare moisture da oxygen daga kowane abu da ke cikin tsarin insulation.

Tsarin da ke cikin karami yana ba da manya alama:

• Yanƙi ƙarfi na karama na yaki da yanƙi na karama na kuma
• Ajiye daga tsawo na gaba da karama
• Yanƙi ayyukan tattalin arziki na yadda ake amfani da shi
• Ba a buƙata karama na yaki a matsayin yadda ake amfani da shi ba
• Yanƙi kuma na karama na aiki
• Yanƙi lokacin amfani na transformer

Za a iya gudunawa ta hanyar rukuni na tanki mai ƙarfi don fuskanci na karama na yaki da sauyin canjin yaki.

Ma'ajiyar teknin

Dingxin’s sealed amorphous alloy transformer platform za a iya sanya shi a cikin haɗa da karama, nisba na yaki, karama na kuma, karama na vektor, karama na impedance, karama na kuma, da karama na amfanin.

Karama na bayani na karama ta hanyar karama daga 30kVA zuwa 2,500kVA. Karama na haɗa da suka kashe:

• Karama na yaki na gaba daga 6kV zuwa 11kV
• Kulluwa na ƙaddamarwa na ±5% ko ±2 × 2.5%
• Zaɓi na ƙarƙashin kusurwa daga 4% zuwa 5%, tare da yadda yake da shugaban amfanin
• Kulluwa na kusurwa a cikin wani abu mai tsoro daga 33W zuwa 900W
• Kulluwa na kusurwa a cikin wani abu mai tsoro daga 600W zuwa 20,200W
• Kulluwa na kusurwa a cikin wani abu mai tsoro daga 0.2% zuwa 1.7%

Don al'adu na Uzbekistan, an saba kafin 35kV ta hanyar bayanin grid da suka buƙatar da bayanin fannin.

Zana'afa da Tabbatarwa ga Yinayyato

A lokacin samun, Dingxin yana gudunmawa da amfanin amorphous strip, kafa na core, samun winding, amfanin insulation, drying na active-part, vacuum oil filling, sealing, da kafin samun.

Transformer mai kammala yana gudunmawa da kammala inspection na faburka da testing. Testing zai iya haɗawa:

• Mamaki na resistance na winding
• Mamaki na voltage-ratio da vector-group
• Fahimtar kariya na kariya kuma fahimtar kariya na kariya
• Fahimtar kariya na kariya kuma fahimtar kariya na kariya
• Gwajin ƙarfin lantarki da aka yi amfani da shi da ƙarfin lantarki
• Tasfirin kuma tashihin ƙarfi na yanki
• Binciken man fetur da kuma rufewa
• Binciken aiki da girma

Wadannan hanyoyin suna tabbatar da cewa mai canzawa ya cika ka'idodin aikin lantarki, na inji, rufi, da kuma rufi kafin a kawo shi.

Mai canzawa mai rufi mai rufi yana samar da ingantaccen makamashi da kuma abin dogara ga aikin wutar lantarki na Uzbekistan. Its low-hasara core taimaka rage wutar lantarki amfani a lokacin ci gaba da aiki, yayin da hermetically rufi man fetur tsarin kare ciki rufi da kuma rage tabbatarwa bukatun.

Maganin da aka kammala yana ba da:

• Rage asarar makamashi a cikin rashin nauyi
• Kamfanin elektriki da kammalin yadda ake samun gaba
• Karamin yadda ake amfani da karamin rarraba
• Kamfanin kuma kammalin kama da kammalin yadda ake daga ruwa
• Kammalin yadda ake samun gaba da kammalin yadda ake samun gaba
• Ƙasa mai son ruwa
• Kammalin yadda ake samun gaba da kammalin yadda ake samun gaba