1. Menene ainihin baturi fakiti mai laushi?
Ana iya rarraba batirin lithium zuwa silindrical, murabba'i da fakiti mai laushi bisa ga fom ɗin rufewa. Silindrical da murabba'in batura suna encapsulated da karfe da aluminum bawo bi da bi, yayin da polymer taushi fakitin lithium baturi da aka yi da aluminum-robo film nannade da gel polymer electrolyte, wanda yana da halaye na matsananci-bakin ciki, high aminci da sauransu, kuma zai iya zama. sanya su zama batura na kowane siffofi da iya aiki. Bugu da ƙari, da zarar an sami matsala a cikin baturin fakiti mai laushi, baturin fakitin mai laushi zai yi kumbura ya buɗe daga mafi rauni na saman baturin, kuma ba zai haifar da fashewar tashin hankali ba, don haka amincinsa yana da girma.
2. Bambanci tsakanin fakitin taushi da baturi mai wuya
(1) Tsarin rufaffiyar:Batirin fakitin taushi suna lullube tare da marufi na fim na aluminum-roba, yayin da batura mai wuyar amfani da tsarin rufewar harsashi na karfe ko aluminum;
(2) Nauyin baturi:godiya ga tsarin encapsulation na batura mai laushi, idan aka kwatanta da irin ƙarfin baturi mai wuyar gaske, nauyin batura mai laushi ya fi sauƙi;
(3) Siffar baturi:Batura masu wuyar gaske suna da siffar zagaye da murabba'i, yayin da za a iya tsara siffar batura masu laushi bisa ga ainihin bukatun, tare da mafi girman sassauci a cikin siffar;
(4) Tsaro:idan aka kwatanta da batura masu wuyar gaske, batura masu laushi suna da mafi kyawun aikin iska, a cikin matsanancin yanayi, batura masu laushi za su yi kumbura ko fashe a mafi yawa, kuma ba za su sami haɗarin fashewa kamar batura masu wuya ba.
3. Amfanin baturi fakitin taushi
(1) Kyakkyawan aikin aminci:baturi fakitin taushi a cikin tsarin marufi na fim ɗin aluminium-roba, abubuwan da suka faru na matsalolin aminci, batir fakitin laushi gabaɗaya za su fashe da fashe, sabanin harsashi na ƙarfe ko ƙwayoyin batir na aluminum na iya fashewa;
(2) Yawan kuzari:A halin yanzu a cikin masana'antar baturi mai ƙarfi, matsakaicin matsakaicin ƙarfin ƙwayar ƙwayar ƙwayar ƙwayar ƙwayar cuta ta manyan batura mai laushi mai ƙarfi da aka samar shine 240-250Wh/kg, amma ƙarfin ƙarfin ƙarfin ƙarfin batir na ternary square (hard harsashi) batirin wutar lantarki na tsarin kayan abu ɗaya shine 210-230Wh /kg;
(3) Nauyi mara nauyi:Batirin fakiti masu laushi sun fi 40% haske fiye da batir lithium harsashi na ƙarfe na ƙarfin iri ɗaya, kuma 20% ya fi ƙarfin batir lithium harsashi na aluminum;
(4) Karamin juriya na ciki na baturi:ternary taushi fakitin ikon baturi na iya ƙwarai rage kai da amfani da baturi saboda nasa ƙarami juriya na ciki, inganta yawan baturi aikin, kananan zafi samar da kuma tsawon rayuwa sake zagayowar;
(5) Zane mai sassauƙa:Ana iya canza siffar zuwa kowane nau'i, yana iya zama mafi girma, kuma za'a iya daidaita shi bisa ga bukatun abokin ciniki don haɓaka sabbin nau'ikan ƙwayoyin baturi.
4. Rashin lahani na fakitin batura masu laushi
(1) Sarkar kayan aiki mara kyau:idan aka kwatanta da batura masu wuya, batir fakiti masu laushi ba su da mashahuri a kasuwannin gida, kuma wasu daga cikin albarkatun kasa da tashoshi na siyan kayan aiki har yanzu suna da ɗanɗano;
(2) Ƙarfin haɗakarwa:saboda rashin ƙarfin tsarin batir fakiti masu laushi, batir fakiti masu laushi suna da laushi sosai lokacin da ake haɗa su, don haka dole ne a sanya maƙallan filastik da yawa a wajen tantanin halitta don ƙarfafa ƙarfinsa, amma wannan aikin yana ɓata sarari, kuma a lokaci guda kuma, ingancin haɗa batir shima yayi ƙasa sosai;
(3) Babban abu yana da wuyar yin girma:saboda iyakancewar fim ɗin aluminum-plastic, kauri mai laushi mai laushi ba zai iya zama babba ba, don haka kawai a cikin tsayi da nisa don gyara shi, amma tsayi da tsayi da yawa yana da wuyar sakawa a cikin baturi. fakitin, tsawon tantanin baturi mai laushi na yanzu don cimma iyakar 500-600mm ya kai;
(4) Mafi girman farashi na fakitin batura masu laushi:a halin yanzu, batirin lithium mai laushi na cikin gida da ake amfani da su a cikin babban fim ɗin aluminum-roba har yanzu galibi sun dogara ne akan shigo da kaya, don haka farashin fakitin fakiti mai laushi yana da inganci.
Lokacin aikawa: Fabrairu-27-2024