Kukho amazwe amathathu aphambiliiibhetri ze-lithium, enye yimeko yokukhutshwa okusebenzayo, enye kukuyeka ukusebenza kwemeko yokutshaja, kwaye yokugqibela yimeko yokugcina, la mazwe aya kukhokelela kwingxaki yokwahlukana kwamandla phakathi kweeseli zeibhetri ye-lithium pack, kwaye umahluko wamandla ukhulu kakhulu kwaye ude kakhulu, uya kuchaphazela kakhulu ubomi benkonzo yebhetri, ngoko ke i-lithium yokukhusela ibhetri iplate iyadingeka ukuthatha inyathelo lokuqala ukwenza ibhalansi yeeseli zebhetri.
Isisombululo sendlela yokulinganisa esebenzayo yokutshaja ipakethi yebhetri ye-Li-ion:
Ulungelelwaniso olusebenzayo lulahla indlela yokulinganisa yokwenziwa etya yangoku ngokuthanda indlela yokudlulisa yangoku.Isixhobo esinoxanduva lokutshintshela intlawulo sisiguquli samandla esenza ukuba iiseli ezincinci zibe ngaphakathiibhetri ye-lithium-ionukupakisha ukudlulisa intlawulo nokuba zihlawuliswa, zikhutshwe okanye zingasebenzi, ukwenzela ukuba ukulinganisa okuguquguqukayo phakathi kweeseli ezincinci kunokugcinwa rhoqo.
Ekubeni indlela yokulinganisa esebenzayo isebenze ngokugqithisileyo ekugqithiseni intlawulo, i-bancing current ephezulu inokubonelelwa, oku kuthetha ukuba le ndlela iyakwazi ukulinganisa ipakethe yebhethri ye-Li-ion ngexesha lokutshaja, ukukhupha kunye nokulala.
Umsebenzi wokulinganisa osebenzayo uvumela iseli nganye encinci kwi-pack yebhetri ye-Li-ion ukuba ilungelelanise ngokukhawuleza, ngoko ke ukutshaja ngokukhawuleza kukhuselekile kwaye kulungele iindlela eziphezulu zangoku kunye nezinga eliphezulu lokutshaja.
Nokuba iseli nganye encinci ifikelele kwimo yokulinganisa xa itshaja, kodwa ngenxa yeqondo lobushushu elahlukileyo, ezinye iiseli ezincinci zineqondo lobushushu eliphezulu langaphakathi, ezinye iiseli ezincinci zineqondo lobushushu elisezantsi, kodwa ziphinde zenze izinga lokuvuza langaphakathi kwiseli nganye encinci yahlukile. , idatha yovavanyo ibonisa ukuba izinga lokuvuza liphindwe kabini kwi-10 ℃ yokwanda kwebhetri, umsebenzi wokulinganisa osebenzayo unokuqinisekisa ukuba iiseli ezincinci kwi-bettery ye-Li-ion engasebenziyo zihlala zibuyisela ukulingana, okuhambelana nebhetri egciniweyo yamandla. isetyenziswe ngokupheleleyo, ukuze xa umthamo womsebenzi webhetri uphela, ibhetri encinci yeLi-ion eshiyekileyo yamandla amancinci.
Akukhoipakethe yebhetri ye-lithium-ionnge-100% yokukhupha umthamo.Oku kungenxa yokuba ukuphela kwamandla okusebenza kweqela leiibhetri ze-lithium-ionigqitywe ngenye yeebhetri zokuqala ezincinci ze-lithium-ion eziza kukhutshwa, kwaye akukho siqinisekiso sokuba zonke iibhetri ze-lithium-ion ezincinci ziya kufikelela kumthamo wazo wokukhupha ngexesha elifanayo.Endaweni yoko, kuya kubakho iiseli ezincinci ze-Li-ion eziza kugcina amandla angasetyenziswanga ashiyekileyo.Ngendlela esebenzayo yokulinganisa, xa ibhetri ye-Li-ion ikhutshwe, ibhetri enkulu ye-Li-ion ngaphakathi isasaza amandla kwibhetri ye-Li-ion encinci, ukuze ibhetri ye-Li-ion encinci nayo ikwazi. ikhutshwe ngokupheleleyo, kwaye akukho mandla ashiyekileyo kwibhetri yepakethe, kwaye ipakethi yebhetri enolungelelwaniso olusebenzayo inogcino lwamandla okwenene (oko kukuthi, inokukhulula amandla kufutshane nomthamo wegama).
Ixesha lokuposa: Aug-23-2022