A cikin cibiyoyin bayanai na yau, lokacin aiki shine komai. Katsewar wutar lantarki guda ɗaya na iya haifar da asarar kuɗi mai yawa, rugujewar sabis, da lalacewa na dogon lokaci. Duk da yake yawancin wurare suna saka hannun jari sosai a cikin tsarin UPS da sakewa, ɗayan mahimman abu galibi ana ƙididdige shi: tsarin sa ido na baturi.

Yadda gwajin ƙarfin baturi mai nisa da tsarin sa ido na baturi mai ci gaba (BMS) ke taimaka wa tashoshi suna aiki lafiya a cikin matsanancin yanayi mai tsayi. Ta hanyar aiki na hakika a Tibet, DFUN ya nuna yadda gwajin ƙarfin baturi na kan layi don bankunan baturin gubar-acid ke inganta aminci, rage farashin kulawa, da kuma tabbatar da ikon ajiyar kuɗi mara yankewa don ayyukan grid mai mahimmanci.

Daga Oktoba 29 – 30 a Feria Madrid (Hall 7 & 9, Booth C32) da Nuwamba 5 – 6 a Paris Expo Porte de Versailles (Pavilion 7.1, Booth 7G20), DFUN ya baje kolin mafita na Cibiyar Kula da Batirin Baturi (BMS) a Cibiyar Data Center ta Duniya Madrid da Cibiyar Bayanai mafi yawa a Paris

A yammacin ranar 26 ga Satumba, 2025, gobara ta tashi a ma'aikatar albarkatun kasa da ke Yuseong-gu, Daejeon, Koriya ta Kudu. Hukumomin kashe gobara na gudanar da ayyukan kashe gobara.

A matsayin mai ƙera tsarin sa ido kan baturi mai tunani, Dfun koyaushe yana yin hulɗa tare da al'ummomin makamashi na duniya don haɓaka ƙima. Kasancewarmu a FIEE Brazil 2025, wanda aka gudanar daga Satumba 9th zuwa 12th a São Paulo, wata dama ce mai ban mamaki don haɗawa, koyo, da kuma nuna ƙarshen mu.

A fagen tsarin sarrafa baturi (BMS), ɗaya daga cikin haɗarin da ba a kula da shi ba ga baturin gubar-acid da Ni-Cd shine ripple current da ripple voltage. Ko da yake sau da yawa ba a iya gani, waɗannan rikice-rikicen lantarki suna aiki kamar masu kashe shiru, suna rage tsawon rayuwar batir da kuma barazanar amincin mai suka.