Siriya na PLHLA na Zabiwa da Take-shiga da Tsakiyar Kuka
Abubuwa gaba
| Muhimmiya | ROCKWILL |
| Model NO. | Siriya na PLHLA na Zabiwa da Take-shiga da Tsakiyar Kuka |
| Rated Voltage | DC 1100kV |
| Siri | PLHLA Series |
Bayani na sayen daga mai wuyaci
Bayanan
Makarantun gajiya da kuma alwani na makaranta suna da kofin polymer da alwani, tare da silon karamin diski ko karamin diski. Suna nuna tasirin karamin kofin da 10kV-1000kV AC da ±0.75kV-±1100kV DC.
Kasuwanci
Tsarin Kirfi mai Yawa da Gargajiya Tsarin Kirfi
Abubuwan da suka zaba da kula da kuma tsari masu shiga cikin kayan aiki suna ba da inganci, kyakkyawan kirkiro, da kuma tsarin kirfi da zaman lafiya.
Inganci Masu Kirkiro
Abubuwan da suka zaba da kula suna ba da kyakkyawan kirkiro a wajen kirkiro a wurin kirkiro mai yawa.
Inganci Masu Zafiya Da Juya
Tsanar da tsarin mai yawa da kyakkyawar juya suna ba da zafiya da juya a matsayin abubuwan da suka zaba da kula, wanda ya haifar da juya da juyar kirkiro, da kuma tsarin kirfi da zaman lafiya.
Al'adu Na Kafin Inganci
Tsarin al'adu da kuma abubuwan da suka zaba da kula suna ba da kafin inganci da kuma tsari mai yawa daga makarantun gajiya da kofin porcilin.
Paramatar Teknoloji
Makarantun gajiya na AC
Projekti |
Ma'ana |
|||||||||
rated voltage（AC） |
10kV |
20kV |
35kV |
66kV |
110kV |
220kV |
330kV |
500kV |
750kV |
1000kV |
4/10µs High Current（kA） |
100 |
|||||||||
8/20µs Repetitive Charge Transfer Qrs （C） |
0.4~0.8 |
|||||||||
2ms Repetitive Charge Transfer Qrs（C） |
0.8~6.0 |
|||||||||
200µs Repetitive Charge Transfer Qrs（C） |
0.3~2.4 |
|||||||||
AC Aging Coefficient at 95% Charge Ratio |
＜0.9 |
|||||||||
DC mai tsakiyar kammala
Projekti |
Rubutu |
|||||
tsari mai yawa (AC) |
750V |
1kV |
200kV |
500kV |
800kV |
1100kV |
Takarda mai yawa da tsari 4/10µs (kA) |
100 |
|||||
Kwamfuta mai yawa da takarda 8/20µs Qrs (C) |
0.4~0.8 |
|||||
Kwamfuta mai yawa da takarda 2ms Qrs (C) |
0.8~6.0 |
|||||
Kwamfuta mai yawa da takarda 200µs Qrs (C) |
0.3~2.4 |
|||||
Koefishin na tafasa ta AC a 95% tsari mai yawa |
＜0.9 |
|||||
Kayan da ke zuwa
kima mai yiwuwa da wata
Waktu na kirma
100.0%
≤4h
Gaskiya ta hanyar kamfanin
Workplace: 108000m²m²
Jami'a nanan mafi girma: 700+
Zama-zama na Farko da aka Fitowa a Shekarar (USD): 150000000
Aiki
Turanci Masana: Design/Manufakturi/Sallar
Ƙananunan Cigaba: Gwọ́n ọkụ̀ àbálòpà/Transformator
Mafarkin tsoro na yawan kulle
Kayan aiki na alaka da amfani, yin amfani, gyara-gyaran da kuma pasuwa na kayan karkashin yanayi, suka kentuwa da kaiwansu masu iko, ingantacciyar hankali da kuma amfani mai kyau.
mabudin aikatan kayan dabbobi sun dawo da idoni masu iko da ma'ajiriyya, sannan suka tabbata inganci, kwayoyin uku da na'ibbicci ne daga babban kayan aikin
Makarantar Mai Yawanci
-
Gwọ́ná Nkànti òtítọ́ gẹ́gẹ́ bí IEE-Business
-
Kọ̀ọ̀kan fún Surge Arrester fún ẹ̀kọ́ nípa àwọn ọ̀nà tí ó ti ṣe iṣẹ́
-
Surge Arresters for Transformer Neutral Points Akeetar da Turancin Kirkiro na Nokokin Turanci
-
Gaawar Tashin Kasa don AC Filters
-
±500～±1100kV DC Metal Oxide Surge Arresters Daga ±500 kana ±1100kV DC Metal Oxide Surge Arresters
-
Metal Oxide Surge Arresters for Series Compensation Capacitors Aarebataru da Kwallon Kirki na Yawan Kwalba ga Mafarin Tashin Kudin Zafi
-
Zinku oksidi wọnyi fún ààbò ọ̀jọ́ èèwọn
Zan'antar Ilimi
-
Kashe da Tattalin Kasa na Kirkiro Gida a Ƙarfin Kirkiro 10kVKarakteristikai da Kwayoyin Tsohon Gaba na Fasal Akwai Wata1. Karakteristikai na Fasal Akwai WataSignaolin Alarami na Wasu:Bello na alarami ya kara, kuma lampan na bayani "Fasal Akwai Wata a [X] kV Bus Section [Y]" ta kafa. A cikin sistemai da ke amfani da Petersen coil (coil na paka wata) don kare gaba na neutral point, lampan na "Petersen Coil Operated" kuma ta kafa.Bayanin Voltmeter na Paka Insulation:Tushe na fasal akwai wata ta zama yawa (a lokacin da ke tsakanin paka mai yawa) ko ta daga z01/30/2026 -
Gidamintar da take gudanar da shi a wurin karkashin 110kV～220kV na IEE-BusinessNa gaba da hanyar kan zabe ta rike masu shirya na 110kV～220kV, yana bukata cewa zabe ta rike masu shirya na tsakiyar karamin sauti suka dace da muhimmanci, kuma yana bukata cewa zabe ta rike masu shirya na tsakiyar karamin sauti suke musamman. Kuma yana bukata cewa zabe ta rike masu shirya na tsakiyar karamin sauti ba suka fi yawa da tare da uku da zabe ta rike masu shirya na tsakiyar karamin sauti.Don sabbin abubuwa da kuma hanyoyin kimiyya, zabe ta rike masu shirya na 220kV da 110kV ya kamata01/29/2026 -
Dausu Da Yadda Makarantu Sun Yi Amfani Da Dukkuka Karamin Gwanda Na Karamin Jiya Da Karamin Rokki?Daga Yana Da Iya Mafi Masu Shiga Karamin Jiragen, Kwararren, Makarantun Dukai Da Kuma Makarantun Giwa?A cikin masu shiga karami, wasu kayan aiki kamar muhimmanci da kuma muhimmanci na noma, tushen bayyana, muhimmanci da kuma muhimmanci na tsakiyar, da kuma muhimmanci na tsakiyar suna bukatar shiga karami. A kan nan, zan iya fahimta daga baya ta hanyar yadda ake amfani da kwararren da kuma makarantun dukai a cikin masu shiga karami. Ba saboda haka, wannan kwararre ya taka rawa masu dalilai da kum01/29/2026 -
Yadda ya zama da kyau a kan gwamnati na tsaro kawai tafi daga baya? Ba a tabbas cewa a kan gwamnati na tsaro kawai tafi daga mafi girma?Daga cewa Mafi yadda Annabiya na Transformer Daidai Don?A lokacin da transformer ya yi aiki, mafi yadda, tare da kaya, abincin da kuma muhimman da suka da amfani don bincike mafi yadda da windings, suna cikin elektrik field mai girma. A kan takarda wannan elektrik field, suka samu potential mai ukuwa da ground. Idan mafi yadda ba da ground, za a cikin mafi yadda da kaya da tank, zai kasance potential difference wanda zai iya haifar da discharge mai yawa.Kuma, a lokacin da transformer ya yi aiki,01/29/2026 -
Fahimtar Tashin Gine na Tashin Kawo Masu ZafiI. Maimaita Neutral Point?A cikin transforma da kuma maimaitarai, maimaita neutral point shine maimaitar tana da aiki a kan yawan winding inda tsari mai zurfi daga wannan maimaitar zuwa har daidai na terminal sama da duka. A cikin diagrammin da ake bayar, maimaita O yana nufin maimaita neutral point.II. Yadda Ake Iya Sabon Duka Don Maimaita Neutral Point?Sauran hanyoyi na elektrik da take sabon duka don maimaita neutral point da kasa a cikin systemin AC three-phase yana nufin sabon dukar neutral01/29/2026 -
Me kuke so kuɗi a wasu Rectifier Transformers da Power Transformers?Mai shi ne mai Transformer na Rectifier?"Power conversion" yana hanyar hukuma mai girma da take aiki a cikin rectification, inversion, da kuma frequency conversion, tare da rectification ce mafi yawan amfani a cikinsu. Aikin rectifier ta aiki wajen gudanar da AC power na input zuwa DC output tun daga rectification da filtering. Transformer na rectifier yana aiki a matsayin transformer na power don aikin rectifier kamar haka. A cikin amfani na takamakawa, akwai karin DC power supplies suka samun01/29/2026
Halayyar Bubuwa
-
Koƙari na Ƙaunsi 24kV na Tana Iya Mai Tsabta DajiA cikin ɗaya da take da Solid Insulation Assist + Dry Air Insulation yana nuna hanyar zama na RMUs na 24kV. Ta haka, tana iya kula da al'amuran insulation da kuma gudummawa, ta haka za a iya tabbatar da ci gaba da insulation tests ba zan iya karfin ƙarin inganci daga phase-to-phase da phase-to-ground. An fi pole column fitowa don samun insulation masu vacuum interrupter da connecting conductors.Tare da ƙarfin ɗaya da take da 24kV outgoing busbar phase spacing a 110mm, za a iya kula da electric f08/16/2025 -
Gwadabuwar Takardunawa na 12kV Air-Insulated Ring Main Unit Isolating Gap don Kudin Iya Gwadabuwar DischargeNun da industriya na kashi ta gudana da yawa, an yi amfani da misaloli na karfi, kadan ciki, da hankali ga al'adu a wajen gwargwadon kayan abokan kashi da kuma kayan abokin kashi. Ring Main Unit (RMU) shi ne wuri mai mahimmanci a tashar kayan abokan kashi. Hukuma, hankali ga al'adu, ingancin aiki, kadan ciki, da kuma tattalin arziki suna da muhimmanci a cikin tushen. RMUs na gargajiya sun hada da RMUs mai gas SF6. Saboda ingancin aiki na SF6 da kuma ƙarfinsa mai ƙarin, ana amfani da su da yawa.08/16/2025 -
Analisis na Mafiya da Duk da a 10kV Gas-Insulated Ring Main Units (RMUs)Introduccio:Ie RMUs insulados con gas de 10kV son ampliamente utilizados debido a sus numerosas ventajas, como estar completamente cerrados, poseer un alto rendimiento de aislamiento, no requerir mantenimiento, tener un tamaño compacto y ofrecer una instalación flexible y conveniente. En esta etapa, han llegado a ser gradualmente un nodo crítico en la red de distribución urbana de alimentación en anillo y juegan un papel significativo en el sistema de distribución de energía. Los problemas den08/16/2025
Babu samun mai arliƙi daidai ba? Sai ma'arikin mai arliƙi gane kika.
Samun Kwatanti Yanzu
Aika tambaya
Kwamfuta
Samun IEE Business Application
Yi amfani da IEE-Business app don samun abubuwan aikin, samun halayyin, haɗi da malamai, kuma kai tsauraran takaiddun kasoshin duka lokaci, duka wurin—dole bai karfin takamaltar hulɗin ku na alintakargida da kasuwanci.
