Menene hanyar gwada adadin lithium-ion baturi electrolytic mafita "kadan kadan"?

著者：Iflowpower – Portable Power Station ပေးသွင်းသူ

Gwajin adadin lithium-ion baturi electrolytic mafita "dan kadan"? Ayyukan baturi na lithium-ion yana da dangantaka ta kud da kud da electrolyte, kuma adadin electrolyte yana da tasiri mai girma akan sinadaran lantarki da amincin baturin. Ingantacciyar allurar ruwa mai dacewa ba wai kawai inganta haɓakar kuzarin kuzari da rage farashi ba, har ma wani lamari ne na la&39;akari da baturan lithium-ion. Menene tsarin "ƙananan ƙasa" don gwada adadin maganin electrolytic baturi na lithium ion? Tun da electrolyte zai ci gaba da oxidize da amsa a cikin tabbatacce kuma korau electrode a lokacin lithium ion baturi, adadin ruwa ya yi kadan.

Rayuwar sake zagayowar batirin ion ba ta da kyau, kuma idan adadin electrolytes ya yi ƙanƙanta, ba za a iya shigar da wasu abubuwa masu aiki ba, sabili da haka bai dace da aikin ƙarfin baturin lithium-ion ba, amma yawan abun ciki na ruwa kuma zai sa ƙarfin ƙarfin baturi na lithium ion ya ragu. Yadda za a ƙara farashi, don haka yadda za a ƙayyade adadin ruwa, da ma&39;auni tsakanin baturan lithium-ion a cikin aiki da farashi yana da mahimmanci. Adadin maganin electrolytic baturi lithium-ion "kadan kadan, kasa, mai tsanani" shine bayanin gaba daya, babu takamaiman bukatu.

Ko da ɗan ƙasa kaɗan, baturin lithium-ion ya riga ya zama samfur mara lahani. Ruwan electrolytic yana ɗan shan taba, wanda ba shi da sauƙin ganowa. A wannan lokacin, ƙarfin ƙarfin baturi da juriya na ciki na baturin al&39;ada ne, kuma batirin lithium ion baturi kaɗan kaɗan yana da nau&39;ikan hanyoyi guda uku: cire ainihin, auna, Ganewa.

1. Rarraba ainihin gwaji ne mai ɓarna kuma zai iya gwada baturi kawai a lokaci ɗaya, kodayake yana iya zama mai fahimta da ƙaddara daidai, amma a zahiri amfani da wannan hanyar don tantance tushen baturi. 2.

Yin la&39;akari da wannan hanya ba ta da kyau, saboda sandar igiya, fim din filastik aluminum, da dai sauransu. kuma suna da bambancin nauyi; batirin lithium-ion electrolyte ya kasance "kadan kadan", sannan ainihin adadin ruwa kashi shima ba zai yi gibi ba, ta yadda sauran kayan sun bambanta, yana yiwuwa ya fi bambancin nauyin electrolyte. Tabbas, yana yiwuwa a auna yawan abin da ke cikin ruwa ko adadin ruwan kowace tantanin halitta ko adadin adadin ruwa, amma ba shi da ƙarfi kamar duka baturi, wanda ba shi da ƙarfi kamar cikakken tantanin halitta.

Kuma inganta tsarin,. 3. Binciko wannan shine mabuɗin matsalar, kuma wace irin hanyar ganowa zata iya duba baturin “ƙananan kaɗan” na electrolyte, daidai da sel ɗin batir “ƙaɗan kaɗan” za su saba.

A halin yanzu, hanyoyi guda biyu ne kawai zasu iya auna iya aiki, kuma juriya na ciki shine al&39;ada, amma electrolyte yana da ƙananan ƙananan. Wadannan hanyoyi guda biyu sune: hawan keke, dandali na fitarwa. Menene tasirin allurar ruwa ta electrolytic zuwa aikin baturin lithium ion? 1 Adadin ruwan electrolytic don rinjayar ƙarfin baturin lithium ion ya ƙara ƙarfin baturin lithium ion.

Mafi kyawun ƙarfin batirin lithium-ion shine cewa za a jiƙa mai raba. Ana iya ganin cewa adadin electrolyte bai isa ba, alamar lantarki mai kyau ba ta da yawa, kuma diaphragm ba a jika ba, yana haifar da babban juriya na ciki da ƙananan iya aiki. Sabuwar karuwa a cikin electrolytes yana da amfani ga iyawar abu mai aiki.

Wannan bayanin yana da alaƙa mai girma tare da ƙarfin baturin lithium-ion da adadin electrolyte. Ƙarfin baturin lithium-ion yana ƙaruwa tare da karuwar adadin ruwan lantarki, amma a ƙarshe yakan zama akai-akai. 2 Adadin ruwa na electrolytic akan aikin zagayawa na baturin lithium ion ya ragu, ƙarancin ƙarfin lantarki, kuma juriya na ciki na kewayawa yana da sauri, kuma bincike ko daidaitawa na electrolytes na gida na baturan lithium-ion shine saurin aikin sake zagayowar baturi.

Matsanancin wutar lantarki na iya haifar da sabon baƙin ciki don samun sabon ƙarar iskar gas, yana haifar da raguwar aikin jini. Bugu da ƙari, akwai da yawa electrolyte. Ana iya ganin cewa adadin electrolyte yana da tasiri mai mahimmanci akan aikin sake zagayowar batirin lithium ion.

Wuce kima electrolyte ko wuce kima dissipative wurare dabam dabam yi. 3 Ƙarar ruwa na lantarki yana rinjayar amincin aikin amincin baturin lithium ion Ɗayan asalin baturin lithium ion shine cewa adadin ruwa ba zai iya biyan bukatun tsari ba. Lokacin da adadin electrolyte yayi ƙanƙanta, juriya na ciki na baturi yana da girma kuma zafi yana da girma.

Ƙara yawan zafin jiki na iya haifar da bincike na electrolyte da sauri da kuma samar da iskar gas, kuma diaphragm zai narke, ya haifar da fadada baturin lithium ion da fashewar gajeren lokaci. Lokacin da adadin electrolyte ya yi yawa, yawan iskar gas da ke faruwa yayin caji da fitarwa yana da girma, matsa lamba na ciki na baturi yana da girma, kuma gidan ya karye, yana haifar da zubar da ruwa. Lokacin da zafin jiki na electrolyte yayi girma, zai kama wuta a cikin iska.

Ana amfani da maganin electrolytic azaman matsakaici na ƙaura na lithium ion da caji don tabbatar da cewa kayan aiki yana isasshe amfani da shi, yana buƙatar maganin electrolytic na kowane yanki mara kyau na ainihin ainihin, don haka ana iya amfani da ƙarar sararin samaniya don ƙayyadaddun buƙatun electrolyte electrolyte electrolyte. yawa. Ana iya ganin cewa adadin maganin lithium-ion baturi electrolytic bayani ga aikin sake zagayowar baturin a fili yake, da yawa ko kadan electrolyte ba su dace da zagayowar na lithium ion baturi.