Isitansfomaya Se-Dingxin Se-35kV Sokuthiwa Kwe-Uzbekistan

UDingxin wathumela i- umbhali wezindawo zokusebenza we-35kV wezinkampani zokugcina amafutha umbhali wezindawo zokusebenza kumsebenzi wokusebenza kwesifunda kwe-Uzbekistan. Wavela ukuze kuvuleke ubukhulu bekusebenza kwe-distribution nobukhulu bekusebenza, umbhali wezindawo zokusebenza uyasebenzisa i-core yezinkampani zokugcina amafutha okunciphisa amandla ne-structure yokuqinisa amafutha ngokuphelele.

Lombhali wezindawo zokusebenza wavela ukuze kunciphise amandla angavali, kunciphise izinkinga zokuzinikela, futhi kusinikeze ubukhulu bekusebenza ngokuphelele kwezikhathi zokusebenza.

Izidingo Zomsebenzi

Lokhu kwezindlela zokusebenza kubekho ukuthi kubekho isikhundla sokusambisa isithunzi esinokuphatha ngokuphelele emaphakathi amahhala nasezindaweni zokuhlaka. Izidingo ezibalulekile zazisemthwakathini:

• Ukusebenza kahle kwamandla aphezulu
• Ukugcina okungafani noma yiluphi umsebenzi okungafani noma yiluphi umsebenzi
• Ukuphatha okuphelele wezindlela zokuhlanzela ezingama-35kV
• Ukuqonda okuphelele kwezindlela zokugcina kwezindlela zokugcina
• Ukuzwa okuphelele kwezindlela zokuhlanzela kwezindlela zokuhlanzela
• Izidingo Zokunakekelwa Okuphansi
• Izinhlobo ezincane nezindlela zokufaka
• Ukusebenza okuphelele okudlula iminyaka

Ukusebenzisa i-Technology yokuqondisa i-Amorphous Alloy Core

Isikhundla sokusambisa isithunzi sisebenzisa i-amorphous alloy esiphumelelayo, okuyi-magnetic material esihlukene ekhona kakhulu izinto ezifana ne-iron, nickel, cobalt, silicon, boron, and carbon.

Kungasimbi noma yiluphi umsebenzi wokusebenzisa i-silicon steel, i-amorphous alloy inesikhundla sokusambisa esingasho. Lokhu kusiza ekuphatheni kwezindlela zokuhlanzela, futhi kusiza ekuphatheni kwezindlela zokuhlanzela, futhi kusiza ekuphatheni kwezindlela zokuhlanzela.

Istrip ye-alloy engenakwazi ukubonakala iyisikhathi esinye siphakade 0.027mm. Ukuphakamisa kwakho kwezinkundla zokugcina—okuthile kusukela kuma-3 kuze kuma-6 okwesilicon steel esingaphansi—kusiza ekuvuleni amaqhina e-eddy futhi ekuphazimuleni ngokuphelele amadloss esihlalo.

Lezi zinhlaka zisiza ekwenzeni kwezinhlangano zezindawo zokuthunywa izinhlangano zokuthunywa apho izinhlangano ziyabuka ngokuphelele futhi ukusetshenziswa kwamandla ngaphandle kokusebenza kuyisipart esibalulekile sokutshintsha kwezindlela zokusebenza.

Ukudesigna kwezinhlobo ezithile

Amathuba we-alloy engenakwazi ukubonakala ayisikhathi esinye ayisikhathi esikhulu futhi ayisikhathi esikhulu kakhulu kusukela kwe-silicon steel esingaphansi. Ukuphakama okuphakade noma ukuguquka kusukela kwezinhlelo zokwenza kungahleli kubeka isibopho sesihlalo sokuzikhipha ukuzikhipha kwezinhlelo zokuzikhipha.

Ngakho-ke uDingxin uyasebenzisa izinhlelo zokuprosesa kwe-core, ukugcina, ukubamba, nokufaka kwezinhlelo zokusebenza. Isimo sokusupporta kwe-core sifundwa ngokujabula ukuncima ukuphakama kwezinhlelo futhi ukuthi kuyabe yisikhathi esikhulu kusukela kwezinhlelo zokuthunywa nasezinhlelo zokusebenza.

Amawindings, isisitemo sesilungile, amalede, itanki, nokubeka kwekholingi kwe-transformer kususwakaliseka ngamathuba okugcina, okuphatha kwezibalo, nokuphatha kwemithombo ukuze kuvunywe ukusebenza kahle.

Ukwakhiwa Kwesilungile Sokufaka Ngamafutha Kwenkulu

Le-transformer iyisebenzisa itanki efaka ngamafutha konke, ephakanyiswa ngokuphelele. Lokhu kuhlinzeka umfuthu wese-transformer kusukela kumoya wendawo, kusiza ukuthi amafutha ne-oksijini asinge esisitemeni sesilungile.

Isimo sokuphakanyiswa kusinika iziphumo eziningi:

• Ukunciphisa ukuthi umfuthu ushona futhi ukuthi isilungile sifutshane
• Ukulinda phansi kwesihlalo sezinsizwa nezinhlobo zezinto ezingafanele
• Ukunciphisa izinkinga zokuziphatha ngokuphelele
• Akukho futha lokufaka ngokuphelele ngokuzimisa ngokwesikhathi esisodwa
• Ukuthi isebenza kahle kuyabuyiswe
• Ukuphakamisa isikhathi sokusebenza kwe-transformer

Izinguquko zokuvolimela kwe-oli yokubulawula okuthiwa ngokwesikhathi sokuguqula kwesilinga sokuqala kusetyenziswa kubhanki yendlela eyalungelwe ngokupheleleyo.

Isimo se teknoloji

I-platform yamaphathi we-amorphous alloy yase-Dingxin ingakhethwa ngokwesikhathi sokuphatha, isilinga sokufaka, isilinga sokukhetha, isilinga sokugcina, isilinga sokubambisana, isilinga sokubulawula, isilinga sokubulawula, nokuzinikela izindlela zokusebenza.

I-siri yesithi esizokubonakaliswa sisebenzisa amandla okusuka ku-30kVA ku-2,500kVA. Izinketho eziphathelene nazo ziyashiyekile:

• Amathuba okuhamba kwe-high-voltage kusuka ku-6kV ku-11kV
• Amathuba okukhetha kwe-±5% noma ±2 × 2.5%
• Isilinga sokubulawula kwe-short-circuit kusuka ku-4% ku-5%, kuyidinga ngokwesilinga sokuphatha
• Amathuba okubulawula kwe-no-load kusuka ku-33W ku-900W
• Amathuba okubulawula kwe-load kusuka ku-600W ku-20,200W
• Isilinga sokubulawula kwe-no-load kusuka ku-0.2% ku-1.7%

Kwiprojekthi yase-Uzbekistan, isilinga sokugcina sokwe-35kV sibhalwe ngokwesilinga sokugcina sokwe-grid nokuzinikela izindlela zokusebenza.

Ukwenza nokuphathwa Kwaligunya

Ngemuva kokuprodukisa, Dingxin ibhekisa ngokujabula ukusebenzisa isitsha esingasemthwakweni, ukugcina kwe-core, ukuzenzela kwesitsha, ukuchitha kwesitsha, ukuchitha kwesitsha, ukususa kwesitsha, ukufaka amanzi ngokuqhubeka kwesitsha, ukugcina, nokugcina okugcwele.

I-transformer ekugcwele iyaphatha ukubonwa kwe-factory futhi ukuzimela. Izizinda zinokuthi zibe:

• Ukuqondisa ukuthi kuyisikhathi sokubhala
• Ukuqinisekisa i-voltage-ratio ne-vector-group
• Ukuqondisa ukuthi akukho-lucy noma ukuthi akukho-umsebenzi wokufaka umsebenzi
• Ukuqondisa ukuthi kuyisikhathi sokubhala nokuthi kuyisikhathi sokubhala sokugcina
• Izizinda zokuzenzela nokuzenzela kwesitsha
• Ukuqondisa ukuthi kuyisikhathi sokubhala sokugcina
• Ukubonwa kwesikhundla sokuzenzela nokubonwa kwesikhundla sokuzenzela
• Izizinda zokuzenzela nokubonwa kwesikhundla sokuzenzela

Lezi zindlela ziyabonisa ukuthi i-transformer ibuyela izindlela zokusebenza zokugcina, zokusebenza kwelektriki, zokugcina kwe-insulation, nokugcina kwe-sealing phambi kokukhipha.

I-transformer yasezinye isikhumba esithunywa ngokuphelele iyathuma indlela engezansi yokusebenza kwe-enerji neyathumeka kakhulu kumsebenzi wokwakha kwesifunda sika-Uzbekistan. I-core yayo engezansi yokugcina iyathumela ukunciphisa ukusebenzisa kwamandla ekhanda lokuqhubeka ngokuphelele, ngakho-ke isistimu yamanzi esithunywa ngokuphelele iyagcina insulation yangaphandle futhi iyanciphisa izinkinga zokuzilungisa.

Isiphumo sokugcina sithunywa kusinethi:

• Ukunciphisa okukhulu kwamandla okungasebenzi
• Ukusebenza okuphelele kwelektriki nokuthunywa
• Izindlela ezinjele yokusebenza nezilinganiso zokuzilungisa
• Ukugcina okuphelele nokuvikela ukuthi amanzi asingeze
• Ukubhalwa okuphelele nokuphatha okuphelele
• Impilo Emide Yenkonzo
• Ukuthunywa okuphelele kwesigaba sokuhlakanipha