Ka taƙaita labarin:  Bacin rai na jiran awanni don cajin wayarku ba da daɗewa ba zai zama abin da ya gabata godiya ga batirin aluminum wanda ke sake caji a ƙasa da dakika 60. Kuma wannan fasaha ta fi batura da ake amfani da su a yanzu kyau da kuma aminci, kuma tana da sassauci. Yana da farko high-yi aluminum baturi cewa shi ne'sauri-cajin, dogon m da kuma maras tsada', a cewar ta designers. Batirin aluminum (hoton) an kirkireshi ne a Jami'ar Stanford. An ce shi ne batirin aluminum na farko mai karfin gaske wanda yake'saurin caji, mai dorewa kuma mara tsada' An kirkiro batirin aluminum a Jami'ar Stanford, California, kuma an buga binciken a mujallar Nature. Babban marubucin kuma farfesa a fannin kimiyyar sunadarai a jami'ar, Hongjie Dai, ya ce: 'Mun kirkiro batirin aluminum da za a iya caji wanda zai iya maye gurbin na'urorin ajiya na yanzu, kamar batirin alkaline, wanda ba shi da kyau ga muhalli, da batirin lithium-ion, wanda wani lokaci yakan kama da wuta. 'Sabon batirinmu ba zai kama wuta ba, ko da ka huda shi.' Aluminum bashi da tsada kuma yana da ƙarancin ƙonewa haɗe da ƙarfin ajiyar caji. An kirkiro batirin aluminum ne a Jami'ar Stanford. Ya ƙunshi anode mai caji mara kyau wanda aka yi da aluminum da kuma graphite cathode mai caji mai kyau tare da ionic ruwa electrolyte. Waɗannan suna cikin wata jaka da aka yi da sinadarin polymer. Kuma yayin da batirin lithium-ion na iya ɗaukar awanni don caji, sabon batirin yana da 'lokacin caji da ba a taɓa gani ba' har zuwa minti ɗaya. Ba kamar sauran samfuran da suka mutu bayan caji 100 kawai ba, batirin Stanford kuma zai iya jurewa sama da hawan keke 7,500 ba tare da asarar damar ba. Ya fi dacewa da muhalli fiye da batir alkaline, kuma ba zai iya kama wuta kamar fasahar lithium-ion ba. A halin yanzu, batirin aluminum mai sake caji yana samar da wutar lantarki kusan biyu, mafi girman abin da aka samu tare da aluminum. " Amma masu binciken sun ce batirin yana da rabin ƙarfin lantarki na fasahar lithium-ion. Amma masana kimiyya...
An kirkiro batirin aluminum mai sassauƙa a Jami'ar Stanford. Ya kunshi wani anode na aluminum mai caji mara kyau da kuma cathode na graphite mai caji mai kyau tare da lantarki mai ruwa mai ruwa. Yana zaune a cikin'jaka'mai laushi mai laushi kuma yana sake caji a cikin minti daya. Amma a halin yanzu yana ba da rabin ƙarfin lantarki na batirin lithium-ion na yanzu.