Menene musabbabin sel batirin lithium ion mai ƙarfin lithium da sigogin module?

Autor: Iflowpower – Portable Power Station ပေးသွင်းသူ

1) Matsakaicin ma&39;aunin siginar lithium ion baturi mai ƙarfin lithium bai dace da madaidaicin ma&39;aunin baturi na lithium ion mai ƙarfin lithium ba daidai ba ne, mafi tsayi da bambanci tsakanin sigogi tsakanin ƙwayoyin baturi na lithium ikon lithium-ion. Yarjejeniyar ta kasance saboda amfani da abubuwan muhalli a cikin amfani da na&39;urar batirin lithium ion baturi, wanda ya haifar da rashin daidaiton ma&39;auni na lithium ion baturi na lithium don zuƙowa, yana haifar da haɓaka wasu haɓakar ƙarfin ƙarfin baturi na lithium-ion, a ƙarshe ya kai ga ƙarshen ƙarfin lithium. Abubuwan da ke haifar da rashin daidaituwa na ƙwayoyin baturi na lithium na lithium ion baturi sune: 1) Ƙarfin baturi na lithium ion baturi yana cikin tsarin masana&39;antu, saboda matakin sarrafa kayan aiki, daidaiton kayan aiki, rashin kwanciyar hankali, wanda ya haifar da rashin daidaituwa na samfurori na ƙarshe.

Yi amfani da nau&39;i daban-daban na ingantattun na&39;urorin lantarki, rashin wutar lantarki, da electrolyte, sel baturin lithium-ion mai ƙarfin lithium, gabaɗaya ba gauraye ba. Ko da a cikin tsarin rarrabuwa, ma&39;auni na ƙwayoyin baturi na lithium ikon lithium ion suna da daidaituwa sosai, kuma ba za a iya ba da tabbacin yin amfani da yanayin da za a yi amfani da tantanin baturi na lithium-ion ba bayan wani lokaci, don haka maganin yanzu shine tabbataccen electrode na batches daban-daban. , Negative electrode da electrolyte sarrafa lithium-powered lithium ion sel baturi cakude.

Matsakaicin ya fi shafar ƙungiyoyi masu ɓangarori da yawa. 2) Lithium dynamic lithium ion baturi cell tsarin aiki ya fi rikitarwa, a lokacin dukan aiki, da daidaito na kowane tsari yana da matukar muhimmanci, amma mafi wuya a tabbatar da daidaito shi ne tsarin shafi , A kauri da matsakaicin moiety na shafi da kuma kayan aiki ba inji yana nufin sauki don sarrafa, wanda shi ne sha&39;awar haifar da lithium-powered lithium-ion baturi Kwayoyin. Bambance-bambance a cikin tsarin masana&39;anta za a iya ramawa kawai a cikin tsarin rarrabawa.

Lokacin sarrafa batirin lithium-ion mai ƙarfin lithium, ko da stringent iko na sinadaran, slurry, shafi, yankan, damfara yi, kawai rage daidaitattun sabawa tsakanin samfuran girma, amma ba zai iya kawar da rashin daidaituwa ba. (2) Yana mai da hankali kan cewa sel baturin lithium-ion mai ƙarfin lithium yana kaiwa zuwa ma&39;aunin baturi mai ƙarfin lithium ion baturin lantarki, ƙaƙƙarfan tsarin ya ƙunshi ingantacciyar lantarki, ingantaccen ruwan lantarki, anode, ruwan wuta mara kyau, diaphragm, da electrolyte. Ayyukan sel baturin lithium-ion na lithium ba su da daidaituwa, kuma tushen tushen zai tono har zuwa waɗannan abubuwan.

Rashin daidaituwar tantanin halitta na lithium-ion baturi ba makawa za a watsa shi zuwa na&39;urar baturin lithium-ion mai ƙarfin lithium, kuma sha&39;awar lithium ikon lithium ion baturi tantanin halitta za a nuna akan na&39;urar batir lithium ion mai ƙarfin lithium bayan gyare-gyare. Tantanin halitta mai ƙarfin lithium mai ƙarfi na lithium ion yana waldawa, matsewa, layi ɗaya, haɗe tare don zama ƙirar baturin lithium ion mai ƙarfin lithium. Tsarin da ke cikin wannan tsari bai dace ba, babu makawa zai haifar da rashin daidaituwa tsakanin nau&39;ikan baturi na lithium-ion mai ƙarfin lithium da kayayyaki, mafi mahimmancin halayen halayen shine juriya na ciki na ƙirar baturin lithium-ion baturi.

1) A lokacin baturin lithium-lithium-ion baturi, tsarin walda ba daidai ba ne da bambanci a cikin juriya na walda. Girman juriyar lithium-ion batirin lithium mai ƙarfi na ciki yana da &39;yan miloli kaɗan ko fiye, kuma akwai ɗan rashin daidaituwar juriyar walda a cikin aikin walda. Ba za a yarda da tsarin baturin lithium-ion mai ƙarfin lithium ba.

2) Layin jan ƙarfe ko waya mai ƙarfi mai ƙarfi da aka haɗa tsakanin modu ɗin baturin lithium ion mai ƙarfin lithium, ƙirar, girmansa, hanyar haɗin kai, da ƙudurin saman kuma yana shafar daidaiton ƙirar baturin lithium ion baturi, Tsantsan-in-rayuwa a cikin baturin lithium-ion baturi. 3) Tasirin nau&39;ikan batirin lithium-ion baturi a cikin haɗin kai daban-daban (haɗin dunƙule, crimping ko walda,) da ake amfani da shi, shima ya bambanta ta amfani da na&39;urorin baturi mai ƙarfi na lithium ion. Baya ga yin la&39;akari da iya aiki, la&39;akari da tasirin juriya na haɗin gwiwa.

Ɗauki wuraren haɗin walda, idan ƙasa ta warware ba a yi kyau ba, lalatawar iskar shaka tana faruwa, juriya za ta ƙaru a zahiri. Ba tare da tsatsa ba, juriya za ta bambanta da tsatsa na gidajen abinci. (3) Wani abu da ke haifar da na&39;urorin lantarki na lithium-ion baturi mai amfani da lithium don amfani da sigogi masu tasiri, bayan an yi amfani da baturin lithium-ion baturi mai amfani da lithium, ana amfani da baturin lithium-ion baturi a cikin kowane nau&39;in baturi na lithium ion baturi na baturi na lantarki na lantarki Sakamakon tsarin fitarwa na electrolyte, yanayin zafi da yanayin zafi.

Sakamakon sel batirin lithium ion mai ƙarfin lithium a cikin baturin baturin lithium ion baturi, ƙwayoyin baturi na lithium na lithium da aka nannade a tsakiyar modul ɗin baturi na lithium ion baturi suna cikin tsakiyar baturin lithium ion baturi. Modulin baturi ion Mafi girman monomer lithium ikon lithium ion baturin baturi, yanayin tarwatsewar zafi sun sha bamban sosai. Yanayin zafin jiki daban-daban na monomer lithium ikon lithium ion baturi sun bambanta kafin a kai ma&39;aunin zafi.

1) Idan an shigar da fakitin batirin lithium ion baturin lithium a wurare daban-daban, tasirin daidaiton na&39;urorin batirin lithium ion baturi saboda yanayin yanayinsa ya bambanta. Saboda matakan daban-daban na muhalli na waje, nisa yanayin tushen zafi na iya haifar da bambance-bambance a yanayin yanayin zafin na&39;urorin baturi mai ƙarfi na lithium-ion a cikin fakitin baturin lithium-ion mai ƙarfi. 2) Yanayin batirin lithium-ion mai amfani da lithium ya bambanta da matsayin layin jan karfe na yanzu, wanda zai haifar da yanayin zafi tsakanin juna, wanda zai haifar da rashin daidaituwa na yanayin yanayin zafi na baturin lithium-ion mai amfani da lithium.