Sonke siyazi ukuba iibhetri ze-lithium zinoluhlu olubanzi lwezicelo, ngoko ke yintoni na amashishini aqhelekileyo?
Umthamo, ukusebenza kunye nobukhulu obuncinci beebhetri ze-lithium-ion zenza ukuba zisetyenziswe ngokuqhelekileyo kwiinkqubo zamandla okugcina amandla okugcina amandla kwisikhululo samandla, izixhobo zamandla, i-UPS, amandla onxibelelwano, iibhayisikili zombane, i-aerospace ekhethekileyo kunye nezinye iindawo ezininzi, kwaye imfuno yabo yemarike ibaluleke kakhulu.
Ngokukhula okwandayo kobuchwepheshe bebhetri ye-lithium-ion kwiminyaka yakutshanje, kunye nokufuna ukugqwesa ngabavelisi be-UAV abohlukeneyo malunga nokusebenza kwe-UAV, itekhnoloji yebhetri ye-lithium-ion ithe ngokuthe ngcembe yaqalisa ukubuyiselwa kumsebenzi worhwebo kwakhona, kwaye kubonakala ngathi yaqalisa enye intwasahlobo yophuhliso kwintsimi ekhethekileyo.
Kwaye ukusebenza okuphezulu kunye nomthamo omkhulu weebhetri ze-lithium-ion ziya kuhlangabezana ngakumbi neemfuno zamandla ombane zesizukulwana esitsha seenqwelomoya zombane ezininzi, ukunciphisa ubunzima benqwelomoya, kunye nokukhuthaza abavelisi beenqwelomoya ukuba bazisebenzise ngokuthe ngcembe ukukhanyisa okungxamisekileyo kwenqwelomoya, irekhodi yezwi ye-cockpit, irekhoda yedatha yendiza, irekhoda yokunikezelwa kwamandla azimeleyo, i-backup okanye unikezelo lombane olungxamisekileyo, unikezelo lwamandla oluphambili kunye neyunithi yamandla ancedisayo kunye nezinye iinkqubo zebhodi.
Iibhetri zeLithium-ion kwizicelo ezikhethekileyo, uphuhliso lwangoku lujolise kwicala leebhetri ezikhethekileyo, ukusetyenziswa kwanamhlanje okukhethekileyo kweebhetri ze-lead-asidi, nangona isakhiwo silula, ixabiso eliphantsi, ukusebenza kakuhle kokugcinwa kunye nezinye iingenelo, kodwa ukusebenza akukho. ilungile, amazwe afunda ngenkuthalo iibhetri ze-lithium-ion ukuze zithathe indawo.
Uphando olukhethekileyo lwaseTshayina kwiibhetri ze-lithium-ion alubi, uMkhosi wamanzi waqala kudala kwizithuthi ezincinci eziphantsi kwamanzi, ezifana nemigodi yokusebenza kunye nezinye ezincinci ezingaphantsi kwamanzi eziphantsi kwamanzi ze-lithium-ion amandla ebhetri ye-lithium pack, kwaye iphumelele impumelelo, kodwa nayo yaqokelelwa. ubutyebi bamava kunye nobuchwepheshe.
Iibhetri ze-lithium-ion zokugcina amandla amatsha zisetyenziswe kwintsimi yonxibelelwano ixesha elide. Ixesha lobuchwepheshe bolwazi, ngokukodwa ukufika kwexesha le-5G, izikhululo zesiseko zonxibelelwano zibaluleke kakhulu. Ibhetri yeLithium-ion isiqinisekiso samandla esithembekileyo kwizikhululo ezisisiseko zonxibelelwano. Kukho ubukhulu becala ezi zicelo zilandelayo kushishino lonxibelelwano: izikhululo zesiseko sohlobo lwangaphandle, izikhululo zesiseko esinendawo yangaphakathi kunye nophahla lwe-macro, i-DC-powered indoor coverage/distributed source stations, amagumbi omncedisi ophakathi kunye namaziko edatha, njl.
Xa kuthelekiswa neebhetri ze-lead-acid, iibhetri ze-lithium-ion aziqukethe isinyithi esingcolileyo kwimveliso kunye nokusetyenziswa kwenkqubo, enenzuzo yendalo yendalo. Ngokubhekiselele ekusebenzeni, iinzuzo eziphambili bubomi obude, ubuninzi bamandla aphezulu, ubunzima obulula, njl. Ngokuncitshiswa ngokuqhubekayo kweendleko zokubonelela ngebhetri ye-lithium-ion, inzuzo yexabiso layo liba ngakumbi nangakumbi, kwaye kwintsimi. yonxibelelwano kunye nokugcinwa kwamandla, ukutshintshwa okukhulu kweebhetri ze-lead-acid okanye ukusetyenziswa okuxutywe kunye neebhetri ze-lead-asidi kukufutshane kwikona.
E-China, ungcoliseko lweemoto luya lusiba lukhulu ngakumbi nangakumbi, kwaye umonakalo kwindalo esingqongileyo ophuma kwigesi yokuphuma kunye nengxolo ufikelele kwinqanaba ekufuneka lilawulwe kwaye lilawulwe, ngakumbi kwezinye izixeko ezinkulu neziphakathi ezinabemi abaxineneyo kunye nokuxinana kwezithuthi, imeko iye yaba mandundu ngakumbi. Ke ngoko, isizukulwana esitsha sebhetri ye-lithium-ion siphuhliswe ngamandla kwishishini lezithuthi zombane ngenxa yongcoliseko lwalo, ungcoliseko oluncinci kunye neempawu zokwahluka kwamandla, ngoko ke ukusetyenziswa kwebhetri ye-lithium-ion sisicwangciso esihle sokusombulula imeko yangoku. .
Ixesha lokuposa: Feb-10-2023