Kuyini ukufakwa okuhlangene?

AUkufakwa okuhlangene, eyaziwa nangokuthi indawo yokufaka iphakethe noma indawo ehlanganisiwe, isisombululo esihlanganisiwe esihlanganisa i-medium-voltage switchchear, i-transformer, i-switchgear ephansi ye-voltage ngaphakathi kokubiyela kwensimbi eyodwa.

Imvamisa isetshenziswa ezinhlelweni zokusabalalisa zasemadolobheni, izitshalo zamandla ezivuselelekayo, izindawo zokwakha, namapaki ezimboni lapho izinto ezijwayelekile zingasebenzi ngenxa yosayizi noma izinto.

Izingxenye ezisemqoka ze-aコンパクト変電所

Ukufakwa okuhlangene ngakunye kwakhiwa izingxenye ezilandelayo ezibalulekile:

1.Vertage Voltage (MV) Switchchgear

  • Imvamisa kulinganiswe kusuka ku-3.3 kV kuya ku-36 kV.
  • Ilawula amandla angenayo i-MV, amasekethe ama-Clouds futhi anikeze ukuvikela nge-Vacuum Circuit Breakers (VCBS), ukushintshwa kwekhefu (ama-lfbs), noma izingxenye ezifakwe ngaphakathi.
  • Amazinga:IEC 62271

2.Ukusabalalisa i-transformer

  • Iguqula i-voltage ephakathi ibe yi-voltage ephansi (E.G., 11KV / 0.4KV noma 33kv / 0.4kv).
  • Izinhlobo zifaka phakathi ama-transformers agxile kawoyela noma omile.
  • Izilinganiso zivame ukusuka kusuka ku-100 KVA kuya ku-2500 kva.

3.I-Switchchear ephansi ye-voltage (LV)

  • Isabalalisa ugesi ukuqeda abasebenzisi ku-415v noma 400V.
  • Kubandakanya ama-MCCB, ama-MCBS, abaxhumana nabo, amamitha kanye nababhalisile abahlinzwa.
  • Kusiza ukuvikelwa kokugcina nokulawulwa kwamandla.

4.Ebiyelwe noma izindlu

  • I-Weatherroof, ubufakazi bothuli, kanye nokungamelana nokugqwala, imvamisa yenziwa ngensimbi noma i-aluminium.
  • Idizayinelwe nge-IP54 noma ikilasi lokuvikela eliphakeme.
  • Izici zifaka phakathi umoya omncane wokuphoqelelwa, ama-heater anti-anti-fousensation, kanye nokufakelwa komlilo.

5.I-wiring yangaphakathi nokulawula

  • Ihlanganisa ukudluliselwa kokuvikelwa, amadivaysi okulawula kude, izindawo zokuxhumana ze-scada, nezinhlelo ze-alamu.
Internal layout of a compact substation showing MV switchgear, transformer, and LV panel

Izitayela Zemakethe Nesizinda Zomkhakha

NgokwedluleUyemaそしてIeeeIzifundo, izinto ezihlangene zithola ukuthokala komhlaba ngenxa yokwandisa ukufuduka kwabantu emadolobheni, ukunwetshwa kwamaphrojekthi wamandla avuselelekayo, kanye nedijithali yama-grid. I-International Energy Agency (IEA)Imibiko yokuthi amanethiwekhi e-Power ahlukaniswe akhuphuke, ikakhulukazi e-Asia nase-Afrika, lapho ukuthunyelwa okusheshayo nokusetshenziswa komhlaba okuphansi okuza kuqala.

Abakhiqizi bathandaAbisa,NokiaそしてSchneider Electricbaphawule ukuthi bakhula ngokufunwa kwezingane ezixhasa ukuhlanganiswa kwegridi ehlakaniphile kanye nokunciphiswa kwezinyawo zekhabhoni.

Ukucaciswa kobuchwepheshe ngokubheka nje

IngxenyeIbanga lokucaciswa
定格電圧3.3 KV - 36 kv
Umthamo we-transformer100 KVA - 2500 kva
Isigaba sokuvikelwaIP54 - IP65
冷却方法Umoya wemvelo noma uwoyela-upholile
OkufakiweInsimbi yensimbi / insimbi engagqwali
Ukuhambisana namazingaIEC 62271, IEC 60076, IEC 61439
Ububanzi bokushisa-25 ° C kuya ku-50 ° C
アプリケーションUkusetshenziswa, okuvuselelekayo, kwezimboni, ezentengiso

QAPHELA NEZIQINISEKISO ZESIQINISO

Ubusoコンパクト変電所Ukufakwa esikhundleni kwendabuko
Umaka wonyawo enhlabathini-Ncinyane-Ningi
Isikhathi sokufakaAmafushane (plug-and-play)Eside (umsebenzi wombango uyadingeka)
Ukuhlalisa-Ehlile-Phezulu
UkuphephaIdizayini efakiweIzingxenye ezivulekile
Ukwenza ngokwezifiso-Ngeqile-Phezulu
Comparison chart between compact and conventional substations

Ukuthenga izeluleko nezinkombandlela zokukhetha

Ngaphambi kokukhetha indawo ehlanganisiwe, cabanga ngokulandelayo:

  • Umthwalo wesidingo: Linganisa inani eliphakeme kanye nama-average imithwalo ukuze usayizi we-transformer ne-LV Panel.
  • Indawo yokufaka: Khetha ukuvikelwa okuvalekile (i-IP54 / IP65) kususelwa esimweni sezulu kanye nokuvezwa kothuli.
  • Ukukwazi ukuhamba: Ngezindawo zesikhashana njengokuqamba, khetha amayunithi afakwe e-skid athutha.
  • Uhlelo lokupholisa: Uhlobo olomile luphephile endlini, okugxilwe ngo-oyili kusebenza ngokungabizi ngaphandle.
  • Ukuhambisana namazinga: Hlala ukhetha imikhiqizo eqinisekisiwe ngaphansi kwamazinga we-IEC / iso wokuphepha nokusebenza.

Ngezindawo ezibucayi bemishini, thinta abathengisi abaqinisekisiwe bese ucela ukuhlolwa kokwamukelwa kwefekthri (amafutha) ngaphambi kokulethwa.

Amacala Wokusetshenziswa Okujwayelekile

  • Amapulazi Amandla Avuselelekayo: Ukuxhuma ama-vanger elanga / Wind kugridi.
  • Ama-Smart Cities: Ngokwesatshalaliswa kwamandla angaphansi komhlaba kanye nokulinganiselwa kwesikhala.
  • Izikhungo zedatha: Nikeza ukwethenjwa okuphezulu kwamandla ama-compact energy.
  • Izindawo zokwakha: Umthombo wamandla osheshayo, oshukumisayo ngesikhathi sokwakha izigaba zokwakha.

Imithombo Ehlanganisiwe Nezincomo

I-FAQ: Izingxenye zokufaka okufakiwe

Q1: コンパクトな変電所内で変圧器をカスタマイズできますか?

A:はい. ほとんどのメーカーが油浸式または乾式オプションを提供しており, 負荷要件に合わせて電圧や冷却方法をカスタマイズできます.

Q2: コンパクトな変電所の一般的な寿命は?

A:適切なメンテナンスを行えば, コンパクトな変電所は, 環境要因や部品の品質にもよるが, 20 ~ 30 年間は効率的に稼動できる.

Q3: コンパクトな変電所は屋外での使用に適していますか?

A:もちろんです .IP54 + の筐体, 耐腐食性シェル, 熱管理システムにより, 屋外の過酷な条件にも対応できるように設計されています.

Ukufakwa kwezinto ezihlangene kufanekisela isixazululo sanamuhla, esisebenza kahle sezinselelo zanamuhla zokusabalalisa amandla.

Ukubonisana kwezobuchwepheshe noma imishini yokuthola amandla, uhlala uhlanganyela nabathengisi abaqinisekisiwe bese ubhekisa kumazinga aphesheya afanaIEC 62271そしてIeeeimibhalo yokuqinisekisa ukuhambisana nokusebenza.