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Tsarin wutar lantarki sun dogara da na'urorin kariya don tabbatar da aminci da rage raguwar lokaci. Amma wace na'ura ce ta fi dacewa da tsarin ku: Masu Matsala ta atomatik ko Masu Sake Wuta?

A cikin kayan aikin sufuri, amincin tsarin wutar lantarki yana da alaƙa kai tsaye zuwa amincin aiki da tsarin jama'a. Kamar yadda mahimman nodes tare da babban fasinja kwarara da kuma hadaddun yanayin aiki, cibiyoyin layin dogo suna ƙaddamar da buƙatu masu tsauri kan ci gaba da samar da wutar lantarki, kwanciyar hankali, da aminci fiye da ordi

A ciki DGG Power's In-House Testing Capability: Yadda Muka Tabbatar da Dogaran Samfur Kafin BayarwaGa yawancin abokan ciniki na ketare, gwajin samfurin ba kawai mataki na fasaha ba ne - al'amari ne na amana. Kafin a shigar da kowane matsakaici- ko kayan aiki mai girma a cikin tsarin wutar lantarki, abokan ciniki suna so su san daya.

Tushen Bincike na 35kV Vacuum Circuit Breaker Power Frequency Jure Rashin gazawa

DGG Power ya sami nasarar gudanar da rahoton kammala bincike na farko bayan kammala karatun digiri, inda Dokta Huang Jialiang ya gabatar da sabbin hanyoyin warware matsalolin da suka haifar da karancin wutar lantarki a cikin simintin gyaran fuska. Kwamitin ƙwararrun ya amince da ƙimar kimiyya da mahimmancin bincikensa. A matsayin babban dandali don haɗin gwiwar masana'antu-makarantar, DGG Power's postdoctoral workstation yana ci gaba da haifar da canjin bincike da tallafawa ci gaban kamfani zuwa masana'antu masu hankali da kore.

Bayanin Ayyukan A cikin 2021, DGG Power (Denggao Electric Co., Ltd.) ya sake tabbatar da ƙarfin fasaha mai ƙarfi da ingantaccen aikin samfur ta hanyar cin nasarar aikin key 10kV Ring Main Unit (RMU) a birnin Beijing. An ba da kayan aikin musamman don tsarin samar da wutar lantarki na H.