Amabhethri e-lithium awumthombo wamandla obalulekile emphakathini wamanje, kodwa ukubekezela kwawo kuzokwehla kancane kancane ngokuqoqwa kwesikhathi sokusetshenziswa, kwehlise kakhulu inani lawo langempela. Amabhethri e-lithium anothe ngezinhlobonhlobo zezinsimbi ezingezona ayoni ezinenani eliphezulu lezomnotho, njenge-cobalt, i-lithium, i-nickel, ithusi, ne-aluminium, futhi okuqukethwe kwawo kuphakeme nakakhulu kunokwenye insimbi. Ngakho-ke, ukuvuselela lezi zinsiza ezingavuseleleki kumabhethri e-lithium asethathe umhlalaphansi akugcini nje ngokuba nenani elibalulekile lezomnotho, kodwa futhi kunganciphisa kakhulu ukushoda kwamanje kwemithombo yamaminerali.
Ubuchwepheshe bokucubungula obujwayelekile bubandakanya izinyathelo zokukhipha eziyisicefe, eziyinkimbinkimbi, ezibizayo, ezinezinga eliphansi lokululama, futhi ezinezingozi zokuphepha ezingaba khona zokusha okuzenzakalelayo noma ukuqhuma. Isistimu ye-lithium yebhethri ye-oxygen-free shredding eyakhiwe yi-Dayun inamazinga aphezulu okuphepha, ukuzinza, ukungangeni komoya, kanye nokusebenza kalula. Ngomklamo ovalwe ngokugcwele, ibona ukuhlakazwa okuphephile nokuqhubekayo kwamabhethri e-lithium ngaphandle kokushajwa, futhi ifakwe uchungechunge lwezinhlelo zokuvikela ukuphepha, okwenza ukugaywa kabusha kwebhethri ye-lithium kuphephe futhi kusebenze kangcono.
Isistimu yokuqothula ibhethri ye-lithium engenawo umoya-mpilo
Izinhlobo zebhethri ezicutshungulwayo: Amabhethri e-lithium angu-3C, amabhethri e-lithium amandla, amabhethri e-lithium okugcina amandla kanye nokumoshakala kwebhethri le-lithium, anamandla okucubungula afika ku-2T/h.
Izici eziyinhloko zesistimu ye-shredding:
I-valve yesango enezigaba ezimbili kanye nokuvikelwa kwe-nitrogen
Amavalvu esango anezigaba ezimbili aklanywe phakathi kwembobo yokuphakelayo, umgqomo wesigcinalwazi kanye negumbi lokuhlikihla, elifakwe izimbobo zokugcwalisa i-nitrogen ukugcwalisa i-nitrogen ukuze kuncishiswe ukugcwala komoyampilo ekamelweni, ukuze inqubo yokuhlakaza ingeke ibangele ama-alamu omlilo;
Ukunemba kwemishini kanye nomklamo wokuvala
Zonke izindawo ezihlangene zezinto zokusebenza zenziwe ngomshini ngokunemba, futhi izindandatho zokuvala ezingamelana nokushisa nezingagqwali zifakwa ukuze kuqinisekiswe ukucinana komoya nokugwema ukuvuza kwama-electrolyte, njll.;
I-roller yommese ehlanganisiwe kanye nomklamo we-V-groove
I-roller yommese oqinile ohlanganisiwe isetshenziselwa ukuqinisekisa amandla jikelele nokwandisa umthwalo; i-roller surface yakhelwe nge-V-grooves, engakwazi ukuzivumelanisa nokuqothulwa kwezinhlobo ezihlukahlukene zamabhethri emfucuza ngokulungiswa kwejubane lokuphotha;
Uhlelo lokuphepha nokuqapha okuhlakaniphile
Ifakwe uhlelo lokuvikela umlilo kanye nesistimu yokuqapha ehlakaniphile, uhlelo lokuvikela i-nitrogen, uhlelo lokucisha umlilo kanye ne-valve yokusiza ukuqhuma ngokuhlanganyela ukwakha umugqa wokuphepha wokuzivikela; izinga lokushisa, ingcindezi, amalangabi nomoya-mpilo kubhekwa ku-inthanethi, futhi ingozi yokusebenza kwayo yonke imishini iyancipha ngokulawulwa kwe-PLC.
Iphrofayela Yenkampani
I-Changzhou Dayun Environmental Protection Technology Co., Ltd. iwukuphela kwebhizinisi lesimanje elingaphansi kwe-JWELL Machinery elizinikele ekuthuthukiseni, ekuklameni, ekukhiqizeni nasekuthengisweni kwemishini eyimishini yezimboni zokuvikela imvelo nezigaya kabusha. Le nkampani ineqembu le-R&D lekhwalithi ephezulu kanye nethimba elinolwazi lonjiniyela abasebenza ngogesi nabasebenza ngogesi, kanye nesizinda sokwenza imishini esithuthukisiwe kanye neshabhu yomhlangano emisiwe. Ukugaywa kabusha kwepulasitiki kuyimboni eyisiyingi, futhi ukugaywa kabusha nokusetshenziswa kabusha kuwumkhuba ongenakugwemeka.
Ikusasa selifikile, asibambisane ukuze sakhe ikusasa eliluhlaza
Ngokugcizelelwa komhlaba wonke ekuthuthukisweni okusimeme, ukugaywa kabusha kwebhethri ye-lithium sekuphenduke inkambiso yemboni engenakuzitshwa. Uhlelo lwe-Dayun Environmental Protection's lithium battery-free shredding system iwumsebenzi omusha ngaphansi kwalo mkhuba. Sikholelwa ukuthi ngalolu hlelo, ukugaywa kabusha kwebhethri ye-lithium kuzoba okuphephile futhi kusebenze kahle, futhi kube negalelo elikhulu kumbangela yokuvikelwa kwemvelo yomhlaba wonke.
Isikhathi sokuthumela: Feb-12-2025