Isitifiketi

I-Pop Mahhala Licium Ion Battery Cell Wholesaler

I-KT yinkampani yokukhiqiza yamazwe omhlaba eneminyaka engaphezu kwengu-13 yesipiliyoni ekunikezelweni nasekukhiqizeni amabhethri.

Sisebenze amakhasimende angaphezu kwama-500 anelisekile avela kwizimboni ezahlukahlukene.

Inkampani yethu inembatho yezokukhiqiza izimo ze-state-of-the-the-art, ezibandakanya zombili imishini ezenzakalelayo nezenziwa ngesandla.Le mishini isisiza ukuthi sikhiqize imikhiqizo yekhwalithi ethembekile nejwayelekile.Ngokwengeziwe, i-ket iqinisekiswe yi-ISO9001.
I-Pop Mahhala Licium Ion Battery Cell Wholesaler

Iseli lakho lebhethri lebhethri le-Lithium Ion elihamba phambili

Iseli yebhethri le-lithium-ion uhlobo lwebhethri elivuselelwa kabusha elisebenzisa ukunyakaza kwama-lithium ion phakathi kwama-electrodes amabili (anode ne-cathode) ukugcina nokukhipha amandla kagesi.I-anode yeseli lebhethri le-lithium-ion ngokuvamile yenziwe nge-lithium-cobalt oxide (i-lithium cobalt oxide (limn2o4), ngenkathi i-cathode ivame ukwenziwa ngenhlanganisela ehlukile ye-lithium-equkethenga- I-Lithium Iron Phosphate (Lifepo4) noma i-lithium nickel cobalt manganese oxide (linicomno2).

Iseli yebhethri le-lithium-ion ngokuvamile linamandla kagesi aphezulu azungeze ama-3.6 kuya ku-3.7 volts, futhi umthamo ulinganiswe kuma-ampere-amahora (ah).
Umthamo weseli lebhethri le-lithium-ion linqunywa ngenani lezinto ezisebenzayo esitokisini nosayizi we-electrodes.Amaseli ebhethri e-lithium-ion asetshenziswa kabanzi kumadivayisi we-elekthronikhi aphathekayo, izimoto zikagesi kanye Izinhlelo Zokugcina Amandla.Banobunzima obuphakeme wamandla, impilo ende yokujikisa, kanye nezinga eliphansi lokuzikhulula, kepha futhi kuyabiza kakhulu uma kuqhathaniswa nezinye izinhlobo zamabhethri.

Izinhlobo zamaseli ebhethri e-lithium ion

Kunezinhlobo eziningi zamaseli ebhethri e-lithium-ion, ngalinye linezimpawu zalo ezihlukile nokusebenzisa.Ezinye izinhlobo ezivame kakhulu zifaka:

I-1.Lithium Cobalt oxide (i-Lico22): Lesi ngesinye sezinhlobo ezivame kakhulu zamaseli we-lithium-ion futhi zisetshenziswa kumadivayisi ahlukahlukene we-elekhthronikhi afana nama-Smartphones, ama-laptops, namakhamera.Inobunzima obuphakeme wamandla kanye nempilo ende ende, kepha ingazwela amazinga okushisa aphezulu.

I-2.Nithium Mangenose oxide (Limn2o4): Lolu hlobo lweseli lwaziwa ngokuqina kwalo nokuphepha, okwenza kube yisinqumo esithandwayo sokusebenzisa ezimotweni zikagesi nakwezinye izinhlelo ezinkulu.Inobunzima obuphansi bamandla kune-licoo2 kodwa impilo ende yokujikeleza.

3.Lithium nickel cobalt Manganese oxide (NCM): Lolu hlobo lweseli luyintuthuko entsha futhi lwaziwa ngobuningi baso samandla aphezulu, impilo ende yomjikelezo, nokuqina okuhle okushisayo.Isetshenziswa kakhulu ezimotweni zikagesi nezinhlelo zokugcina amandla.

4.I-Lithium Iron Phosphate (Lifepo4): Lolu hlobo lweseli lwaziwa ngokuqina kwalo okuhle okushisayo kanye nokuphepha okuphezulu.Inobunzima obuphansi bamandla kune-liloo2 ne-limn2o4, kepha inempilo ende yokujikeleza

Thumela umyalezo

Unganquma kanjani inani lamaseli e-Lithium Ion Battery?

Inani lamaseli ebhethri le-lithium-ion lingahluka ngokuya ngohlelo lokusebenza oluthile kanye ne-voltage oyifunayo kanye nomthamo.

Isibonelo, ibhethri elijwayelekile le-lithium-ion leselula noma i-laptop livame ukuba neliseli elilodwa noma amabili, iseli ngalinye lilinganiselwa ku-3.6 noma ama-3.7 amavolokhethi, futhi umthamo weseli ngalinye ulinganiswa kuma-ampere-amahora (ah).

Ngakolunye uhlangothi, amabhethri amakhulu ezimoto zikagesi noma amasiko okugcina amandla angaba namakhulu amaseli axhumeke ochungechungeni noma ngokufana ukuze afinyelele ku-voltage oyifunayo kanye nomthamo.Isibonelo, ipakethe lebhethri lemoto kagesi lingaba namakhulu amaseli axhumeke ochungechungeni ukuze afinyelele kumandla kagesi wamakhulu amavoluna, futhi ngokufana ukuze afinyelele umthamo oyifunayo.

Kubalulekile ukuqaphela ukuthi inani lamaseli ebhethri libuye lithinta ukuphepha nokusebenza kwebhethri, ngokwesibonelo, amaseli amaningi ochungechungeni, i-voltage ngaphezulu ibhethri lizoba nalo, kodwa futhiUkukhishwa noma umjikelezo omfushane ibhethri anakho, yingakho kubalulekile ukuba nohlelo lokuphatha ibhethri (BMS) oluqaphelisayo nokulawula ukushaja kanye nenqubo yokukhipha.

Sishayele namhlanje

Yiliphi i-lithium ion Battery cell voltage?

Yini Ibhethri le-Lithium ion I-Voltage cell ngayinye?I-voltage iseli ngalinye ku Ibhethri le-Lithium-Ion ingahluka ngokuya ngohlobo oluthile lwe-lithium-ion chemistry esetshenziswe ebhethri.

Imvamisa, i-voltage cell ngayinye evame kakhulu Amabhethri e-Lithium-ion cishe ama-3.6 kuye ku-3.7 volts.Leli yivoluka elikhohlisayo, okusho ukuthi i-voltage yeseli ekhokhiswe ngokugcwele izungeze i-4.2V, futhi i-voltage yeseli elikhishwe ngokuphelele lizungeze i-2.5V.

Kodwa-ke, amanye amaKermerries e-lithium-ion anama-voltages ahlukile ahlukile kuseli ngalinye.Ngokwesibonelo, I-Lithium Iron Phosphate (Lifepo4) Inamandla kagesi angu-3.2v ngeseli ngalinye, futhi i-lithium nickel cobalt Manganenge

Kubalulekile ukuqaphela ukuthi i-voltage cell of Ibhethri le-Lithium ion Futhi kuthinta i-voltage ephelele yephakethe lebhethri, ngokwesibonelo, uma iphakethe lebhethri linamaseli ayi-10 axhunyiwe ochungechungeni, i-voltage ephelele izoba ngu-10 x 3.6V = 36V.Ngokwengeziwe, i-voltage ephelele yephakethe lebhethri nayo ingathinteka ekushajaneni nasekukhishweni kwenqubo, ngakho-ke kubalulekile ukusebenzisa ishaja kanye nohlelo lokuphatha ibhethri (BMS) lwenzelwe uhlobo oluthile lwe-lithium-ion chemistry esetshenziswe kuibhethri.

Sishayele namhlanje

Ukusetshenziswa kwe-Lithium Ion Battery Cell

Amaseli ebhethri e-Lithium-Ion asetshenziswa kabanzi ezinhlobonhlobo zezicelo ngenxa yobuningi bawo obuphezulu bamandla, impilo ende yokuzivocavoca, kanye nezinga eliphansi lokuzikhandla.Ezinye izinhlelo ezivame kakhulu zifaka:

Amadivayisi we-elekthronikhi aphambili: Amaseli ebhethri e-lithium-ion asetshenziswa kakhulu kumadivayisi we-elekthronikhi aphathekayo anjengama-Smartphones, ama-laptops, kanye namathebulethi.Zilungele lezi zinhlelo zokusebenza ngoba zingasindi, zinobunzima obuphakeme wamandla, futhi zingaphinde zihlelwe kaningi.

Izithuthi ze-2.electric: amaseli ebhethri e-lithium-ion aya ngokuya esetshenziswa ezimotweni zikagesi (evs) njengoba enobunzima obuphakeme wamandla kanye nempilo ende yomjikelezo, okuvumela i-EVS ukuthi bahambe amabanga amade ngemali ende.

Izinhlelo zokugcina izitoreji: Amaseli ebhethri e-lithium-ion asetshenziswa ezinhlelweni zokugcina amandla (ISS) ukugcina amandla amaningi akhiqizwe imithombo yamandla evuselelekayo njengamandla elanga nangomoya.Ziphinde zisetshenziswe kuma-micrograds kanye nokushefa okuphezulu kwegridi yombuso.

Amadivayisi we-4.MiCh: Amabhethri e-Lithium-Ion asetshenziswa kumadivayisi wezokwelapha afana ne-Defibrillator, i-Pacemaker, kanye ne-oksijini ephelele ye-oksijini.

Izicelo ze-5.IBIM-IOM Battery zisetshenziswa ezinhlobonhlobo zezinsizakalo zezimboni ezinjengokuphathwa kwezinto ezibonakalayo, amarobhothi nezinhlelo zegridi.

I-6.aerospace kanye nezempi zezempi: Amabhethri e-Lithium-Ion asetshenziswa kuma-aerospace kanye nezicelo zezempi ezifana nama-satellite, ama-drones, nemishini yempi ephathekayo lapho isisindo kanye nesikhala kunezinto ezibucayi.

Sekukonke, amabhethri e-lithium-ion avumelana nezimo futhi anezinhlobonhlobo zesicelo, anobunzima obuphakeme wamandla, impilo ende yokuphila kanye nezinga eliphansi lokuzikhulula, kubenza balungele kahle izinhlobo zezicelo.

Sishayele namhlanje

Umthandi

Yini isikhathi sakho sewaranti yemikhiqizo yakho?Kuqala nini?
Yonke imikhiqizo yethu inewaranti yemikhawulo yonyaka owodwa, kusukela ngosuku lokuthumela.
Singakwazi ukwenza ipakethe elilodwa lebhethri langokwezifiso?
Izinto ezijwayelekile ziyatholakala ukusekela iphakethe elilodwa lebhethri lebhethri.
Ungayithumela kanjani ibhethri lakho langokwezifiso?
Izinkampani ze-Logistics esizisebenzisayo ziqinile.Njengamanje, kuya lapho uya khona nokuhleleka, siyakwazi ukuhlinzeka ngezinketho ezinjengezimpahla zomoya, izimpahla zolwandle, ukulethwa okuvelayo, ukuthuthwa kwezitimela kanye namaloli.
Ingabe ibhethri le-lithium ion iseli le-galvanic?
Ibhethri le-lithium-ion aliyona iseli laseGalvanic, elaziwa nangokuthi yiseli levolukazi.

Iseli ye-galvanic uhlobo lweseli le-electrochemical elikhiqiza ugesi ngokusabela kwamakhemikhali.Ukusabela kwamakhemikhali engcupheni ye-galvanic kuhlanganisa ukudluliswa kwama-elektroni kusuka ku-electrode eyodwa (i-anode) kwenye i-electrode (i-cathode) nge-electrolyte.I-anode ne-cathode kuxhunywe umjikelezo wangaphandle, okuvumela ukugeleza kogesi kwamanje.
Yiliphi i-lithium ion ibhethri le-cell voltage?
Ama-voltage weseli asondelene webhethri le-lithium-ion abhekisa ku-voltage ejwayelekile lapho iseli lisebenza ngaphansi kwezimo ezijwayelekile.Ama-veltage cell aqoqo wamaKherimende wamaKherikhi we-Lithium-Ion Battery acishe abe ngu-3.6 kuye ku-3.7 volts ngeseli ngalinye.Lokhu kusho ukuthi iphakethe lebhethri le-lithium-ion elijwayelekile, elenziwa amaseli amaningi axhumekile ochungechungeni, azoba namavolumu aphezulu azungeze ama-3.6 kuye ku-3.7 x inani lamaseli ephaketheni.

Isibonelo, iphakethe lebhethri le-Lithium-Ion elijwayelekile ledivaysi ye-elektroniki yabathengi lingaba nevoga elingezansi ka-3.6v x 4 4 = 14.4v, ngenkathi iphakethe lemoto kagesi lingaba namavolumu aphezulu azungeze ama-3.7v x 8 = 29.6V.

Kuhle ukuqaphela ukuthi i-voltage yangempela yeseli yebhethri ye-lithium-ion izohluka ngokuya ngesimo sokushaja (soc) kanye nokudonswa kwamanje esitokisini.Amandla kagesi we-lithium-ion cell azoba phezulu kakhulu lapho iseli likhokhiswa ngokuphelele futhi liphansi kakhulu lapho iseli likhishwe ngokuphelele.
Ukuqhathaniswa kwezindlela ezihlukile zokupholisa zamaseli webhethri e-lithium ion
Kunezindlela eziningi zokupholisa ezingasetshenziselwa amaseli ebhethri e-lithium-ion, ngalinye linesethi yalo yezinzuzo nobubi:

Ukupholisa komoya: Le ndlela evame kakhulu esetshenziswe ezimotweni zikagesi kanye ne-elekthronikhi yabathengi.Ukupholisa umoya kulula futhi akubizi, kepha kungenzeka kungasebenzi kuzinhlelo zokusebenza ezinamandla amakhulu.

Ukupholisa okuwuketshezi: Le ndlela isebenzisa uketshezi, njengamanzi noma i-glycol, ukumunca nokudlulisa ukushisa kude namaseli ebhethri.Ukupholisa uketshezi kusebenza kangcono ekususeni ukushisa kunokuphola komoya, kepha kuyinkimbinkimbi kakhulu futhi kuyabiza kakhulu.

Isigaba Shintsha Ukupholisa (i-PCM) Ukupholisa: Le ndlela isebenzisa i-PCM, njenge-wax noma usawoti hddrate, leso sigaba kusuka ku-adget kuya koketshezi njengoba kuthola ukushisa.I-PCM Cooling ihlangana ngokwengeziwe futhi esilula ukwedlula ukupholisa koketshezi, kepha kungenzeka kungasebenzi kahle ezinhlelweni zamandla aphezulu kakhulu.

I-Thermoelectric Cooling: Le ndlela isebenzisa umphumela we-peltier ukudlulisa ukushisa kusuka kolunye uhlangothi lwe-semiconductor kuya kolunye, ngosizo lomthombo wamandla we-DC.Isebenza kahle kakhulu kunomoya noma i-liquid ukupholisa futhi incane, kepha futhi iyabiza.

Ukushisa amapayipi okushisa: Le ndlela isebenzisa ipayipi lokushisa ukudlulisa ukushisa kude namaseli ebhethri.Amapayipi okushisa asebenza kahle kakhulu ekususeni ukushisa, kepha angabiza kakhulu futhi ayinkimbinkimbi ukuyisebenzisa.

Ekugcineni, indlela enhle kakhulu yokupholisa uhlelo lokusebenza oluthile izoncika ezintweni ezifana nezinga lamandla wohlelo lokusebenza, usayizi kanye nezingqinamba zesisindo zohlelo, kanye nezindleko zesisombululo sokupholisa.
Yiliphi iseli lebhethri le-Lithium-Ion elikhulu kunawo wonke?
Kusukela ngo-2021, iseli lebhethri le-Lithium-Ion elikhulu kunawo wonke i-Tesla Model 3, elinomthamo ocishe abe ngu-4,416 WH (Watt-amahora).Lokhu kusho ukuthi ibhethri lingagcina futhi lidedele ubuningi bama-4,416 Watts wamandla esikhathini sehora elilodwa.Ezinye izinkampani ezinjengeCatl, LG Chem, nePanasonic futhi zikhiqiza amaseli ebhethri e-lithium-ion anekhono elifanayo.
Yiluphi uhlobo lwe-lithium ion bettery cell asayizi?
Amaseli ebhethri e-Lithium-Ion aza ngosayizi nobukhulu obuhlukahlukene, kuya ngohlelo lokusebenza oluthile kanye nomthamo owuthandayo kanye nogesi.

Amasayizi ajwayelekile kakhulu ama-lithium-ion amaseli webhethri we-cylindrical futhi unxande.

Amaseli webhethri e-cylindrical lithium ion abunjwe njengesilinda futhi ajwayele ukusetshenziswa kumadivayisi we-elekthronikhi aphathekayo anjengama-Smartphones, ama-laptops, namabhange anamandla.Ziyatholakala ngosayizi wobukhulu, kusuka kumasayizi amancane afana ne-18650 (ububanzi obungu-18mm, ubude obungamamitha angama-65mm) kuya kumasayizi amakhulu anjenge-26650 (ububanzi obuyi-26mm, ubude be-65mm).

Amangqamuzana ephrinta anxande abunjwe njengonxande futhi asetshenziswa kakhulu kuzinhlelo zokusebenza lapho isikhala sinqunyelwe khona, njengasezinhlelweni zikagesi nezinhlelo zokugcina amandla.Ziyatholakala ngosayizi wosayizi, kusuka kumasayizi amancane afana ne-10520 (Ububanzi be-10mm, ubude be-52mm, ukuphakama okungu-20mm) kuya kumasayizi amakhulu anjengobukhulu obukhulu obufana ne-32650 (Ububanzi be-65mm, ubude be-50mm).

Kubalulekile ukuqaphela ukuthi usayizi weseli awutholi amandla eseli, umthamo unqunywa ngenani lezinto ezisebenzayo ngaphakathi kweseli, ezingahluka ngokuya ngohlobo lwamakhemikhali e-lithium-ion asetshenziswa esitokisini.Ngokwengeziwe, ubukhulu kanye nokwakheka kweseli kungathinta ukuphepha nokusebenza kwebhethri, ngakho-ke kubalulekile ukusebenzisa amaseli ahambisana nesicelo esithile futhi ahlangabezana nezidingo ezifiselekayo ze-voltage kanye nezidingo zamakhono.
Yikuphi ukusabela kwebhethri ye-lithium ion uhhafu weseli?
Ebhethri le-lithium-ion, ukusabela kweseli okuhhafu kubhekiselwa ekuphendukeni kwamakhemikhali okwenzeka endaweni ye-cathode nase-anode ngesikhathi sokushaja nokukhipha.I-cathode ne-anode ngama-elekthronithi amabili ebhethri le-lithium-ion lapho kwenzeka khona amakhemikhali.

Ngesikhathi sokushaja, i-lithium ion (li +) ukugeleza kusuka ku-anode kuya e-cathode ngokusebenzisa i-electrode, ngenkathi ama-elektroni ahamba abheke ngaphesheya komjikelezo wangaphandle.E-anode, i-lithium ion ifakwa kwizinto ze-anode, i-graphite ejwayelekile, i-lithium ion isuswe endaweni ye-lithium cobalt oxide (i-lithium nickel cobaltManganese oxide (NCM), noma i-Lithium Iron Phosphate (Lifepo4).

Ukusabela kweseli engxenyeni ye-anode ne-cathode kungachazwa ngalendlela elandelayo:

I-Anode (Li + Ukufakwa): C (I-Graphite) + Li + + E- → I-LIC6

I-Carthode (Li + Ukususwa): I-Licoo2 + Li + + E- →: Licoo2 (Li +)

Ngesikhathi sokudilizwa, inqubo ibuyiselwa emuva, ama-lithium ion aphuma e-cathode eya e-anode, kanti ama-elektroni aphuma e-anode eya e-cathode.

I-Anode (Li + Ukususwa): I-LIC6 → C (graphite) + li + + e-

I-cathode (li + ukufaka): I-Licoo2 (Li +) → I-Licoo2 + Li + + E-

Kubalulekile ukuqaphela ukuthi ukusabela kweseli elithile-isigamu kuzoncika ohlotsheni oluthile lwe-lithium-ion chemistry esetshenziswe ebhethri.Ngokwengeziwe, ukuze uqinisekise ukuphepha nokuqina kwebhethri, kudingeka uhlelo oluhle lokuphathwa kwebhethri (i-BMS) ukuqapha nokulawula ukushaja kanye nenqubo yokukhipha, ukuvikela ibhethri ekutholeni ngokweqile, umjikelezo omfushane.
Iyiphi inqubo yokukhiqiza yebhethri ye-lithium-ion yebhethri?
Inqubo yokukhiqiza yamaseli ebhethri e-lithium-ion ngokuvamile ifaka izinyathelo eziningana:

Ukulungiswa Kwezinto Zokusebenza 1.RawIzinto ezisetshenziswayo zihlanganiswa ngokucophelela futhi zicutshungulwa ukuze kuqinisekiswe ukuvumelana nekhwalithi.

I-2.Cell Assembly: Ngokulandelayo, izinto ezihlanganisiwe zihlanganiswe kumaseli.Lokhu kuhlanganisa ukudala i-cathode kanye ne-anode, ehlukaniswe yisihlukanisi.I-cathode ne-anode ngokuvamile yenziwa ngokuhlanganisa izinto ezihlanganisiwe ekhasini elincanyana le-aluminium noma yethusi.

Ukuvalwa kwe-3.Cell: Amangqamuzana aqoqekile avalwa ukuvimba noma yikuphi ukuvuza kwe-electrolyte nokuvikela izingxenye zangaphakathi zeseli.

Ukuhlolwa kwe-4.Cell: Ngemuva kokuthi amaseli avalwe, ahlolwe ukuqinisekisa ukuthi ahlangabezana nokucaciswa okufunayo nokukhomba noma yiziphi amaseli angenaphutha.

I-5.Cell Packaging: Isinyathelo sokugcina kwinqubo yokukhiqiza ukupakisha amaseli.Lokhu kuhlanganisa ukubeka amaseli ekuzivikeleni okuvikelayo nasekunamathiselwe ama-terminals wokuxhuma amaseli ohlelweni lokuphathwa kwebhethri.

Kubalulekile ukuqaphela ukuthi inqubo yokukhiqiza yamaseli webhethri e-lithium-ion ingahluka ngokuya ngezinto ezithile nezindlela zokukhiqiza ezisetshenzisiwe.Ngaphezu kwalokho, izinyathelo zokuphepha kufanele zithathwe ngesikhathi sokukhiqiza ukuze zigweme izingozi futhi ziqinisekise ikhwalithi yomkhiqizo wokugcina.
Yimuphi umhlahlandlela mayelana nokuhlaziywa kwe-Lithium Ion Cell Ucingo Battery?
Ukubuyisela ibhethri le-Lithium-Ion Cell Ucingo Call kungasiza ukunweba impilo yaso futhi kuthuthukise ukusebenza kwalo.Nasi umhlahlandlela ojwayelekile wokuthi ungabuyisa kanjani ibhethri le-lithium-ion cell phone:

1. khipha ithe ibhethri ngokugcwele: ngaphambi kokubuyiselwa emuva, kubalulekile ukukhulula ibhethri ngokuphelele.Lokhu kungenziwa ngokusebenzisa ifoni ize iphakamise noma ngokusebenzisa ithuluzi elikhethekile lokukhipha.

2. Shaja ibhethri: Okulandelayo, khokhisa ibhethri ku-100%.Qinisekisa ukusebenzisa ishaja ekhethekile futhi ulandele imiyalo yomenzi yokushaja.

3. Vumela ibhethri lihlele phansi: Ngemuva kokuthi ibhethri likhokhiswe ngokuphelele, likuvumele lihlele ekushiseni kwegumbi ngaphambi kokulikhipha futhi.

4. khipha ngokuphelele futhi ukhokhise ibhethri futhi: Phinda izinyathelo 1 no-2 ezimbili noma ezintathu ukuze uphinde ibhethri.

5. Linganisa ibhethri: Ukulinganisa ibhethri kungasiza ekuthuthukiseni ukunemba kwayo ekuboniseni imali ekhokhwayo.Ukuze ulinganise, khokhisa ngokuphelele ifoni bese uyisebenzisa kuze kube yilapho ibhethri liphuma ngokuphelele.

6. Gcina kahle ibhethri: Uma ungasebenzi, gcina ibhethri endaweni epholile neyomile.Gwema ukugcina ibhethri emazingeni okushisa athe xaxa noma esimweni esithe xaxa noma esikhishwe ngokuphelele.

Kubalulekile ukuqaphela ukuthi ukubuyisa ibhethri kungenza okuningi kuphela ukuthuthukisa ukusebenza kwebhethri elidala noma eligugile futhi kungadingeka ukukubuyisela endaweni ethile.Ngokwengeziwe, kubalulekile ukusebenzisa amathuluzi afanele futhi ulandele imiyalo yomenzi lapho ubuyisela ibhethri ukugwema noma yimuphi umonakalo.
Ngabe amabhethri e-lithium-ion athathwa amabhethri e-cry-cell?
Yebo, amabhethri e-lithium-ion athathwa njengebhethri elisomile le-cell.Amabhethri e-Dry-Cell uhlobo lwebhethri eliyinhloko noma lesibili lapho i-electrolyte inamaneli noma iqinile futhi ayikhululeki ukuhambisa.Zivaliwe futhi azidingi amanzi noma olunye uketshezi ukuze ulondoloze ukusabela kwe-electrochemical.

Amabhethri we-Lithium-Ion awuhlobo lwebhethri le-Dry-cell elomile elisebenzisa i-lithium ion njengengxenye eyinhloko ye-electrolyte.Zivaliwe futhi azidingi amanzi noma olunye uketshezi ukuze ulondoloze ukusabela kwe-electrochemical.Ngenxa yobukhulu bawo obuphakeme wamandla kanye nesikhathi sokuphila eside, sebephenduke isinqumo esithandwayo sohlobo oluthile lwamadivayisi we-elekhthronikhi ahlukahlukene nezimoto zikagesi.Ngakho-ke amabhethri e-lithium-ion awathathwa njengebhethri elimanzi-cell.

Ngokuphambene, amabhethri weseli aphansi angamabhethri aphambili lapho i-electrolyte iluketshezi olukhululekile ukuhambisa.Zivame ukusetshenziswa ezimotweni, ezikebheni, nakwezinye ezinye izimoto.lithium-Ion amabhethri awabhekwa njengebhethri elimanzi.Banobunzima obuphansi bamandla kanye nesikhathi esifushane sokuphila kunamabhethri e-Dry-Cell, kepha futhi ayabiza kakhulu.