Ƙimar Dabaru: 1600 vs . 2000 Shari'ar Inganci

The2000 kVA Dry Type Transformershine ma'aunin -mai ɗaukar nauyin cibiyoyin bayanai na zamani da masu shiga masana'antu masu mahimmanci. Yayin da lissafin lodi yakan nuna a1600 kva busassun nau'in tawadazai iya wadatar, masu zanen kayan aiki suna ƙara zaɓar naúrar kVA na 2000 don yin amfani da ilimin lissafi na asarar Load.

Asarar tagulla (I²R) sun yi daidai da murabba'in na yanzu. Ta hanyar ƙayyadaddun sashin 2000 kVA don ɗaukar nauyin 1600 kVA, taswirar tana aiki da ƙarfin 80% kawai. Saboda ka'idar murabba'i, wannan raguwar kaya na yanzu yana haifar da babban digo a cikin dumama mai juriya idan aka kwatanta da gudanar da naúrar 1600 kVA a iyakar zafinta. Wannan dabarar ba wai kawai tana rage ƙarfin kW da ake ɓata a matsayin zafi ba amma kuma yana rage yawan damuwa na thermal akan rufin, yadda ya kamata ya ninka tsawon rayuwar amintaccen kadari.

Injiniyan Ƙarfin Ƙarfi: K-Dalili & Harmonics

A matsayin nauyi -busassun irin wutar lantarki, an ƙera wannan naúrar don ɗaukar fiye da nauyin juriya kawai. A cikin aikace-aikace kamar zauren uwar garken ko masana'antun masana'antu tare da amfani da VFD mai nauyi, yanayin motsi na yanzu yana gurbata ta hanyar jituwa.

K - Zane-zane:Ba kamar daidaitattun raka'a na rarraba ba, ana iya ƙididdige wannan ƙirar donK-13 ko K-20. Mun wuce girman madugu na tsaka tsaki (ƙididdigar 200%) kuma muna amfani da iska mai ƙarfi don rage girman "Tasirin Fata" wanda ya haifar da manyan igiyoyin jituwa masu yawa.
Garkuwar Electrostatic:Babban hayaniyar grid{0} yawanci yana ketare daga HV zuwa iskar LV ta hanyarcapacitive hada guda biyu. Don hana wannan, muna saka allon tagulla mai tushe tsakanin coils na farko da na sakandare. Wannan allon yana katse hayaniyar halin yanzu da ke gudana ta cikin tsaka-tsaki mai karkatar da kai kuma yana rufe shi kai tsaye zuwa ƙasa, yana hana shi ɓata ingancin ƙarfin da ake bayarwa zuwa madaidaitan sabar sabar.

Tsarin jujjuyawar masana'anta don K-Abubuwan da aka tantance bushewar nau'in

transformers rage tasirin fata.

Interface Busbar & Haɗuwa

Isar da ci gaba mai gudana na kusan2887 Amps(a 400V) yana sa madaidaicin igiyoyin igiyoyi marasa amfani.

Flange Bus:Ƙarƙashin ƙaƙƙarfan katangar wutar lantarki daidai ne-wanda aka kera shi da flange na al'ada don haɗa kai tsaye daCopper Busbar Trunking Systems.
Hanyoyi masu sassauƙa:Don ɓata jijjiga injin na'urar ta atomatik daga madaidaicin tsarin busbar, muna shigar da sarƙaƙƙiya masu sassauƙa na jan ƙarfe (gaɗin faɗaɗa) a tashoshi. Wannan yana hana karyewar damuwa a kan insulators na bushewa yayin aiki.

Takardar bayanan Fasaha

Sigar Fasaha	Ƙayyadewa / Zaɓuɓɓuka
Ƙarfin Ƙarfi	2000 kVA (2 MVA)
Ƙarfafa Dabaru	Babban{0}} madadin inganci zuwa 1600 kVA
Babban Voltage	10kV / 11kV / 13.8kV / 33kV
Na biyu Voltage	400V / 415V / 480V
Ƙimar Yanzu (LV)	2887 A (a 400V)
Ƙimar masu jituwa	K-1 (Standard), K-4, K-13, K-20
Impedance Voltage	6.0% - 8.0% (wanda aka saba da shi)
Insulation Class	Class H (digiri 180) ko Class F (digiri 155)
Sanyi	AN (Base) / AF ({0}}% Iyawar)

Yanayin Aikace-aikacen Na Musamman

Cibiyoyin Bayanai na Tier 3/4:Yin hidima azaman babban ciyarwar N{0}} don tasoshin uwar garken. Ƙimar K{3}13 tana tabbatar da dogaro duk da rashin - yanayin samar da wutar lantarki na yanayin sauyawa.
Semiconductor Shuka:Ƙaddamar da tsarin HVAC mai tsabta inda ingancin wutar lantarki da lokacin aiki ke da mahimmanci.
Babban -Rise Chillers:Sadaukarwa don manyan shuke-shuken chiller na rufin rufin, suna amfani da haɓakar sanyaya AF yayin kwanakin bazara.