Batir lithium-ion abin hawa na lantarki, me yasa ya fi sauƙi don ƙonewa fiye da batirin gubar-acid?

ଲେଖକ: ଆଇଫ୍ଲୋପାୱାର - Портативті электр станциясының жеткізушісі

Batirin motar lantarki mai ƙafafu biyu yana da mahimmanci ga nau&39;ikan nau&39;ikan 2, ɗayan batirin lithium-ion, ɗayan kuma batirin gubar-acid. Amma labarin ya ba da rahoton cewa an kashe baturin ko baturin lithium-ion. Sannan, baturin lithium-ion motar lantarki zai iya yin wuta fiye da batirin gubar-acid? Matsakaicin ruwa na electrolytic na baturin lithium-ion da baturin gubar-acid ya bambanta.

Ana amfani da baturin gubar-acid gabaɗaya azaman electrolyte tare da sulfuric acid, kuma sulfuric acid ɗin ba ya ƙonewa cikin sauƙi, kuma juriyar yanayin zafi yana da kyau. Kuma ana amfani da electrolyte na baturin lithium-ion a cikin kwayoyin halitta, kuma lithium ion Organic kwayoyin halitta na cikin flammability. Menene baturin lithium-ion zai kunna? Ana matse batirin lithium-ion, huda, da zafin jiki mai yawa na iya haifar da murƙushewa na SEI membrane (diaphragm).

Yin amfani da fim ɗin SEI shine tabbatar da cewa ions lithium suna da aminci daga matakin farko zuwa wancan matakin. Idan batirin lithium-ion SEi ya karye ba da gangan ba, wutar lantarki na lithium za ta saki babban zafi nan take, kuma a karshe batir "dakakke". Hasken bai isa ba, kuma baturin lithium-ion shima zai saki iskar oxygen da yawa lokacin konewa.

Dukanmu mun fahimci yanayin dole ne guda biyu: abubuwa masu ƙonewa, kuma iskar oxygen yana da shi, don haka baturin lithium-ion zai zama "ƙananan ƙonewa" bayan wuta, kuma ba za a iya halakar da busasshen wuta na gaba ɗaya ba. Wuta da ruwa mai yawa. Batirin gubar-acid shima zai kama wuta, amma yuwuwar fashewa.

Baturin gubar-acid saboda electrolyte shine sulfuric acid, farantin shine gubar. Waɗannan abubuwa ne masu ƙarfi, amma kar ka manta cewa ban da sulfuric acid electrolyte, akwai ruwa a cikin baturin gubar-acid. Da zarar gajeriyar da&39;ira ta ciki ta kasance gajere, wutar lantarki shine hydrogen da oxygen.

Wadannan iskar gas guda biyu iskar gas ce mai cin wuta, musamman bayan da hydrogen ya kare, zai fashe a cikin bude wuta! Duk da haka, yau gaba ɗaya amfani da baturi colloidal ne, abun ciki na ciki kadan ne, kuma yawan hydrogen da oxygen yana raguwa ta hanyar electrolysis, don haka ba shi da sauƙi ya faru hadarin fashewar wuta. Don haka, batirin lithium-ion ya fi na sinadarai masu rai, haɗarin wuta ya zarce baturan gubar-acid, shi ya sa ake samun yanayin aminci da yawa, waɗanda ake amfani da su a cikin batir ɗin gubar. Tsohon karfe, ya kuke gani?.