Kamar yadda ke zama a cikin 35 kV, 400–10000 kVA Wind Power Combined Transformer

A cikin Makamakar ta hanyar wani tsari na DINGXIN makamakar ta hanyar wani tsari mai kudin gaba a cikin kudin gaba da ke amfani da shi don kudin gaba na kudin gaba da kudin gaba na kudin gaba na kudin gaba kudin gaba daga 400 kVA zuwa 10000 kVA , kowane yanki ya hada makamakar ta hanyar wani tsari na kudin gaba, kudin gaba na kudin gaba na kudin gaba, fuse, tap switch da wasu abubuwan da suka hada da shi a cikin kudin gaba mai kudin gaba — da kudin gaba na kudin gaba da fuse a cikin kudin gaba na kudin gaba.

Wannan daidaitaccen tsari wanda aka fara gabatarwa ga masana'antar iska a cikin shekarun 1990 yana rage sawun ƙafa a kowane turbin pad ko maɓallin mai karɓar, yana sauƙaƙa wayoyi a kan shafin, kuma yana ba da amintaccen haɗin haɗin matsakaici don gonakin iska masu amfani da kayan aiki. DINGXIN sabunta zane tare da wani cikakken haɗin kebul na keɓaɓɓen da mai riƙe da nau'in toshe mai taɓa , cire duk fallasa high ƙarfin lantarki live sassa domin iyakar aiki aminci a m, unattended iska wurare.

Domin da yawa-MW iska injin turbines, DINGXIN yayi manyan iko raka'a (400010000 kVA) tare da Ƙididdigar HV har zuwa 38.5 kV (35 / 36.75 / 37 / 38.5 kV) da kuma Ƙididdigar LV na 0.69 / 0.8 / 0.95 / 1.14 kV daidai da fitarwa na zamani 315 MW iska injin turbin janareto. Wadannan manyan raka'a suna da radiator na waje tare da mai kiyayewa don hana kariya mai yawa na gishiri da tsayin zazzau, kuma kariya mai yawa na tsayin zazzau a cikin transformer, wanda ke taimaka wajen kariya mai yawa na tsayin zazzau na transformer a lokacin da suka yi amfani da load mai yawa da kariya mai yawa wanda ke aiki a wind generation.

Sun ba da biyu nau'in haɗa:

1. Kuma Mafuta Ba Tare Da Kariya Mai Yawa Kariya na 12 kV / 40.5 kV ta amfani da cable joint mai yawa da kariya mai yawa da arrester mai yawa. A dukkanin bayanin abu, ba a nuna kariya mai yawa na high-voltage, wanda ke taimaka wajen kariya mai yawa na kariya da aiki mai yawa da safe a wurin da suka yi amfani da wind-farm a cikin gida mai yawa — kamar coastal, desert, high-altitude da cold-climate sites.

2. Dual-Box Independent Maintenance Mafi yawa na sub-box ya haɗa transformer da HV components a cikin biyu enclosures mai yawa. Wannan ya taimaka wajen kariya mai yawa na oil-contamination da kariya mai yawa na kariya da transformer da HV section a cikin biyu enclosures mai yawa. kuma a raba su , don kariya mai yawa na turbine downtime da kariya mai yawa na maintenance cost a cikin 20–30 year wind farm lifecycle.

3. Flexible Terminal & Ring-Main Wiring Biyan terminal (Z) da kofa mai kyau (H) ana tallafawa tsarin wayoyi, yana ba da damar ƙirar layin mai karɓar mai sauƙi don radial, madauki ko saman filin iska. Tsarin tsari yana daidaitawa da bambancin tashar turbin da kuma hanyoyin da ake amfani da su na karɓar katako.

4. Ka yi tunani a kan wannan. Tsaron Tsaron Tsaro na Biyu

• samfuran 12 kV : toshe mai kulle + kariya ta kariya don katsewar halin yanzu na biyu.

• kayayyakin 40.5 kV : saka bushe fuska don dogara high ƙarfin lantarki gazawar share.

Wannan yana tabbatar da kariya mai ƙarfi daga duka ƙananan ƙananan da manyan lahani da aka samu a cikin cibiyoyin taruwa na filayen iska.

5. Ka yi tunani. IP68 Rufewa, Tankin Ba da Ruwan Ruwan Ruwan Ruwan Ruwan Ruwan Ruwan Ruwan Ruwan Ruwan Ruwan Ruwan Ruwan Ruwan Ruwan Ruwan Ruwan Ruwan Ruwan Ruwan Ruwan Ruwan Ruwan Ruwan Ruwan Ruwan Ruwan Ruwan Ruwan Ruwan Ruwan Ruwan Ruwan Ruwan Kofa mai kyau ya zama IP68 kuma kowane yanki ta tabbata 50 kPa / 12-awka tsari na karewa don garanta ba ake samun fadakar da zaki a cikin gida ta hanyar tsayayen da suka daga wani lokaci mai yawa — wanda ke maimakon muhimmi don saiti na sararin da suka daga ala'adu na gida kuma saiti na kofin kasa.

6. Tattalin Arzikin Na Kafin Zamanin DINGXIN ya amfani da roboti a cikin kowane yankin arziki don tabbata ingantaccen kuma damar aiki:

• Tsarin roboti na kore — ya rage fadakar da kore, kudin kore, kuma koyaya.

• Tsarin kafa na HV — kafin DPE mai karami da karami a cikin kafin kore, ya rage kudin kafa kuma ya rage kudin kafin kore.

• Tsarin kafa na LV — tsarin argon ya kawo gaba daya na kankara don zama ƙaramin fuskanci; F-class na kankara mai zuwa a cikin kankara don saukar da karamin fuskanci da karamin fuskanci na kankara.

• Tsarin kankara ta hanyar kankara — kankara na LV an kankarar shi daga baya a cikin kankara, wanda kankara na HV da LV su kankarar daga baya don karamin fuskanci.

• Kankara ta robot na tank — kankara mai kyau, kankara mai kyau ta hanyar kankara.

• Kankara ta robot na spray — kankara mai kyau ta hanyar kankara, kankara mai kyau ta hanyar kankara, kankara mai kyau ta hanyar kankara don karamin fuskanci na kankara.

• Radiator na waje tare da mai kiyayewa (kankara na karamin fuskanci) — ya saukar da karamin fuskanci da karamin fuskanci na kankara, ya saukar da karamin fuskanci na kankara.

Matsayin kankara na Wind Transformer

Service Conditions

Sukurun Da Kafa

Takardun Kewaye Na Kewaye (35 kV Class Oil-Immersed, Wind/PV/Storage Duty)

NX1 shin yadda ta fi daga kewayen da kewaye (kwayoyin da ba zama). Kwayoyin da kewaye na bayan (2250–4750 kVA) kuma kwayoyin da kewaye mai ƙarfi don multi-MW turbine clusters da shared collector nodes suka ciki.

Fasaha na Koda na Model

Z (Iyakar Tabbata) — G (Boksin da Aikace-Aikace) / F (Boksin da Aikace-Aikace) — Fasaha na Dandara — Kafin: Z (Kudura) / H (Ringo) — Tsarin Tsayi na Wuya — Tsarin Tsayi na HV (kV) — Tsarin Tsayi na LV (kV) — Tsarin Tsayi na Kudura (kVA)

• Tsarin Tsayi na Wuya a Cikin Wuri — Tsarin Tsayi na Kudura a cikin kudura na wuya ko a cikin tsarin tsayi na wuya; tsarin tsayi mai ƙarami ya zama ƙarami don yin amfani da wuri da kuma kudura na gida.

• Tsarin Tsayi na Wuya a Cikin Yamma — Tsarin Tsayi na IP68, tsarin tsayi mai kyau don yin amfani a cikin yamma; tsarin tsayi na boksin biyu ya taimaka don yin sauyi ba tare da sauyin boksin daya.

• Tsarin Tsayi na Wuya na Kudura — Tsarin Tsayi na Ringo (H) ya taimaka don tsarin tsayi na ringo da kuma tsarin tsayi na kudura; tsarin tsayi na kudura (Z) ya taimaka don tsarin tsayi na radial.

• Wurin Tsarin Tsayi na Wuya a Cikin Yaki — Tsarin Tsayi na yaki zuwa −40 °C; tsarin tsayi na kudura ya taimaka don kare yin amfani da ruwa a cikin yaki da yaki.

• Tashin Fadama na Gwamnati — An gane shi don hanyoyin da suka fi 3000 m; tsarin da aka fuskanta dukkanin yadda ya zama mai kariya don ba da kariya a wani baya da kariya.

• Fadama na Kusurwa / Saline — Tanki na IP68 + chambers na IP45 su kare kariya na salt spray; ba wani abu na HV mai kariya ya nemo don kare kariya na kariya.

• Fadama na Sahara — Tashin da ke kare dust da sand; arrester na type na plug ya kare dust-induced tracking.

• Retrofit & Repowering na Fadama — Type na porcelain sleeve outlet don kara da infrastructure na collector a lokacin da suke kara turbines.

DINGXIN wind power combined transformers suna bukatar kuma suka yi amfani da kada kadan na project. Wadannan options na customization suna cikin kariya:

Sanya da DINGXIN tare da takamaiman aikin iska (ƙididdigar turbin, ƙarfin lantarki, yanayin shafin) don ƙididdigar da aka tsara.

Tambayoyi Masu Yawan Faruwa

Tambaya ta 1: Menene mai canza wutar lantarki mai amfani da iska? Mai canza wutar lantarki mai haɗawa shine ƙananan kayan haɗin kai wanda ke haɗuwa da jikin mai canzawa, kayan haɗin HV, fuse, maɓallin famfo da kayan aiki masu taimako a cikin ɗakin ɗaya. Ana sanya maɓallin HV da fuse a cikin tankin mai, yana ba da ƙaramin ƙafafun kafa wanda ya dace da haɓakar injin turbin a ƙasan kowane injin ko a ƙwayoyin masu tara iska.

Q2: Waɗanne nau'ikan tsari biyu ne ake samu? (1) Iya kuma ƙarfi na sub-box mai ƙarfi — transformer da ayyukan HV suka kashe a cikin biyu na gaba daya, wanda ke ba da imkanin sauyin biyu da yawa kuma kara kariya mai zama da shi. (2) Iya kuma ƙarfi na porcelain sleeve outlet box don fahimtar ayyukan da suka kashe a cikin biyu na gaba daya, wanda ke ba da imkanin sauyin biyu da yawa kuma kara kariya mai zama da shi.

Tambaya 3: Yadda iya kuma ƙarfi na biyu na gaba daya ta ƙara amanani na wind farm? Iya kuma ƙarfi na biyu na gaba daya ta amfani da cable joint mai ƙarfi da plug-type arrester mai ƙarfi don side outlet. Kullum bayani na bayani ya ba da imkanin sauyin biyu da yawa kuma kara kariya mai zama da shi. Wanda ke ba da amanani mai ƙarfi da sauyin biyu da yawa a cikin al'adu mai ƙarfi na gaba daya — coastal, desert, high-altitude da cold-climate wind sites.

Tambaya 4: Wane fuse protection an amfani da shi? abubuwan da suka kashe a 12 kV sun amfani da plug fuse da backup protection fuse don dual-range protection. Abubuwan da suka kashe a 40.5 kV sun amfani da insert dry fuse. Wannan ke ba da imkanin sauyin biyu da yawa kuma kara kariya mai zama da shi don both low da high fault levels a cikin wind farm collector networks.

Tambaya 5: Wane protection level an ba da shi a cikin enclosure? Kudin kura ta daga shari ɗin IP68 kuma kudin kura na HV/LV ta daga shari ɗin IP45. Kullum kudin kura ya ƙare tsarin 50 kPa / 12 gaba ɗin lokaci don gano ba a koma kura ba.

Tambaya 6: Ya zai iya taimaka wani transformer na hannu da kudin kura na farko kuma kudin kura na ring-main? Ee. Kudin kura na farko (Z) kuma kudin kura na ring-main (H) suna da damar yin amfani, wanda ya sa mu yin kudin kura na collector-line da kyau don kudin kura na wind farm na radial ko looped.

Tambaya 7: Wane abubuwan baya ne suka iya kusantar da wani kudin kura? Kudin kura ≤ 3000 m, yadda na baya −40 °C zuwa +45 °C, yadda na hannu na gida ≤ 30 m/s, yadda na baya na rana ≤ 95%, yadda na baya na watan ≤ 90%. Ya zama da damar yin amfani ga kudin kura na wind farm na gida, na gida mai ƙasa, na kudin kura, na kudin kura mai ƙasa kuma na baya mai sanyi.

Tambaya 8: Wane shari ɗi ne kudin kura ya kara amfani da su? IEEE C57.12.00, IEEE C57.12.10, IEEE C57.12.34, IEC 60076-1, IEC 60076-2, IEC 50588 kuma IEC 62271-202. Kullum bayanin type-test kuma bayanin FAT suna da damar yin amfani.