Batura lithium-ion ba su ƙunshi cadmium ƙarfe mai nauyi ba, wanda ke rage gurɓatar muhalli sosai idan aka kwatanta da baturan nickel-cadmium. An yi amfani da batir Lithium-ion sosai a cikin na'urorin lantarki masu ɗaukar nauyi kamar wayoyin hannu da kwamfyutoci saboda fa'idodin aikinsu na musamman. Sun rage nauyi da ƙarar waɗannan na'urorin lantarki masu ɗaukar nauyi sosai kuma sun tsawaita lokacin amfani da su sosai.
Tare da karancin makamashi da bukatun kare muhalli, an fara amfani da batura masu girma na lithium-ion a cikin motocin lantarki. Ana sa ran za ta zama daya daga cikin manyan hanyoyin samar da wutar lantarki a cikin karni na 21, kuma za a yi amfani da shi a cikin tauraron dan adam, sararin samaniya da kuma ajiyar makamashi. Saboda haka, buƙatar baturan lithium yana girma.
Hakanan ana amfani da fasahar Vacuum wajen samar da batirin lithium. Electrolyte wani muhimmin sashi ne na batir lithium-ion. Kafin allurar electrolyte, ana buƙatar fitar da akwati zuwa wuri mara kyau ta yadda electrolyte ɗin zai iya tuntuɓar na'urorin biyu. Yawancin lokaci, akwai wuce gona da iri na electrolyte da ake buƙatar fitar dashi. Kamar yadda electrolyte zai lalata injin famfo, aiskar gas-ruwa SEPARATORana buƙatar don hana shi shiga cikin famfo. Bugu da kari, idan akwai ruwa a cikin batirin lithium, zai fadada yayin amfani da shi. Sabili da haka, masana'antun gabaɗaya suna amfani da yin burodi don cire ruwan. Wannan tsari kuma yana amfani da mai raba ruwan gas.
Abubuwan da ke sama sune tsarin vacuum da ake amfani da su a masana'antar batirin lithium.LVGEan kafa shi tsawon shekaru 12. A cikin wadannan shekaru, mun tuntube da abokan ciniki daga daban-daban namasana'antu, amma ba za mu iya sanin kowace masana'antu da kyau ba. Abin da kawai za mu iya yi shi ne ci gaba da koyo da inganta samfuranmu da ayyukanmu. Idan kuma kai ma'aikaci ne a masana'antar batirin lithium, ana maraba don raba ƙarin ilimin ƙwararru tare da mu.
Lokacin aikawa: Nuwamba-23-2024
