English
lQDPJwev_rDSwxTNAfTNBaCwiauai8yF4TAE-3FuUADSAA_1440_500

Imibuzo Evame Ukubuzwa

  • Ibhethri ye-Lithium ion
  • Iphekhi yebhethri ye-Lithium
  • Ukuphepha
  • Izincomo Zokusetshenziswa
  • Iwaranti
  • Ukuthumela ngomkhumbi

  • 1. Liyini Ibhethri ye-Lithium Ion?

    Ibhethri ye-lithium-ion noma i-Li-ion wuhlobo lwebhethri elishajekayo elisebenzisa ukuncishiswa okubuyiselekayo kwe-lithium ion ukugcina amandla.i-electrode engalungile yeseli ye-lithium-ion evamile ngokuvamile i-graphite, uhlobo lwekhabhoni.le electrode engalungile ngezinye izikhathi ibizwa ngokuthi i-anode njengoba isebenza njenge-anode ngesikhathi sokukhishwa.i-electrode enhle ngokuvamile iyi-oxide yensimbi;i-electrode enhle ngezinye izikhathi ibizwa ngokuthi i-cathode njengoba isebenza njenge-cathode ngesikhathi sokukhishwa.ama-electrode alungile noma angalungile ahlala elungile futhi engalungile ekusetshenzisweni okuvamile kungakhathaliseki ukuthi uyashaja noma uyakhipha futhi ngakho-ke yimigomo ecacile okufanele isetshenziswe kune-anode ne-cathode ehlehliswayo ngesikhathi sokushaja.

  • 2. Iyini I-Prismatic Lithium Cell?

    I-prismatic lithium cell wuhlobo oluthile lweseli ye-lithium-ion enomumo we-prismatic (rectangular).Iqukethe i-anode (evame ukwenziwa ngegraphite), i-cathode (ngokuvamile i-lithium metal oxide compound), kanye ne-electrolyte kasawoti we-lithium.I-anode ne-cathode zihlukaniswa ulwelwesi olunezimbotshana ukuze kuvinjelwe ukuthintana okuqondile kanye neziyingi ezimfushane.Amaseli e-lithium e-Prismatic avame ukusetshenziswa ezinhlelweni lapho isikhala siyinkinga, njengama-laptops, ama-smartphone, nezinye izinto zikagesi eziphathwayo.Zibuye zisetshenziswe njalo ezimotweni zikagesi kanye nezinhlelo zokugcina amandla ngenxa yobuningi bawo amandla kanye nokusebenza okuhle kakhulu.Uma kuqhathaniswa namanye amafomethi amaseli e-lithium-ion, amangqamuzana e-prismatic anezinzuzo mayelana nokupakisha ukuminyana kanye nokwenza lula ukukhiqiza ekukhiqizeni okukhulu.Umumo oyisicaba, ongunxande uvumela ukusetshenziswa kahle kwendawo, okwenza abakhiqizi bakwazi ukupakisha amaseli engeziwe ngaphakathi kwevolumu ethile.Kodwa-ke, ukwakheka okuqinile kwamaseli e-prismatic kungakhawulela ukuguquguquka kwawo ezinhlelweni ezithile.

  • 3. Uyini Umehluko Phakathi Kwe-Prismatic And Pouch Cell

    Amaseli e-Prismatic ne-pouch ayizinhlobo ezimbili ezihlukene zemiklamo yamabhethri e-lithium-ion:

    Amaseli Prismatic:

    • Umumo: Amaseli ePrismatic anomumo ongunxande noma oyisikwele, ofana neseli yebhethri evamile.
    • Idizayini: Ivamise ukuba ne-casing yangaphandle eqinile eyenziwe ngensimbi noma yepulasitiki, ehlinzeka ngokuqina kwesakhiwo.
    • Ukwakhiwa: Amaseli ePrismatic asebenzisa izingqimba ezinqwabelene zama-electrode, izihlukanisi, nama-electrolyte.
    • Izinhlelo zokusebenza: Avame ukusetshenziswa kuma-electronics abathengi njengamakhompyutha aphathekayo, amaphilisi, nama-smartphone, kanye nezimoto zikagesi nezinhlelo zokugcina amandla egridi.

    Amaseli Esikhwama:

    • Umumo: Amaseli ezikhwama anedizayini eguquguqukayo neyisicaba, efana nesikhwama esincane nesilula.
    • Idizayini: Aqukethe izendlalelo zama-electrode, izihlukanisi, nama-electrolyte avalelwe isikhwama esinwebekayo esine-laminated noma ucwecwe lwe-aluminium.
    • Ukwakhiwa: Amaseli ezikhwama ngezinye izikhathi abizwa ngokuthi "amaseli ayisicaba astakiwe" njengoba anokulungiselelwa kwe-electrode estakiwe.
    • Izinhlelo zokusebenza: Amaseli ezikhwama asetshenziswa kakhulu kuzinto zikagesi eziphathwayo ezifana nama-smartphone, amathebulethi, namadivayisi agqokekayo ngenxa yosayizi wawo ohlangene nesisindo esilula.

    Zibuye zisetshenziswe ezimotweni zikagesi kanye nezinhlelo zokugcina amandla.Umehluko oyinhloko phakathi kwamaseli e-prismatic nama-pouch ahlanganisa ukwakheka kwawo ngokomzimba, ukwakhiwa, nokuguquguquka.Kodwa-ke, zombili izinhlobo zamaseli zisebenza ngokusekelwe ezimisweni ezifanayo zekhemikhali yebhethri ye-lithium-ion.Ukukhetha phakathi kwamaseli e-prismatic ne-pouch kuncike ezintweni ezifana nezidingo zesikhala, imikhawulo yesisindo, izidingo zohlelo lokusebenza, nokucatshangelwa kokukhiqiza.

  • 4. Yiziphi Izinhlobo Ze-Lithium-Ion Chemistry Ezikhona, Futhi Kungani Sisebenzisa I-Lifepo4?

    Kukhona amakhemikhali amaningana ahlukene atholakalayo.I-GeePower isebenzisa i-LiFePO4 ngenxa yempilo yayo yomjikelezo omude, izindleko eziphansi zobunikazi, ukuzinza kwe-thermal, nokukhipha amandla aphezulu.Ngezansi kuneshadi elinikeza ulwazi oluthile ngenye ikhemistri ye-lithium-ion.

    Imininingwane

    I-Li-cobalt LiCoO2 (LCO)

    I-Li-manganese LiMn2O4 (LMO)

    I-Li-phosphate LiFePO4 (LFP)

    I-NMC1 LiNiMnCoO2

    Amandla kagesi

    3.60V

    3.80V

    3.30V

    3.60/3.70V

    Umkhawulo Wezindleko

    4.20V

    4.20V

    3.60V

    4.20V

    Cycle Life

    500

    500

    2,000

    2,000

    Izinga Lokushisa Lokusebenza

    Isilinganiso

    Isilinganiso

    Kuhle

    Kuhle

    Amandla Akhethekile

    150–190Wh/kg

    100–135Wh/kg

    90–120Wh/kg

    140-180Wh/kg

    Iyalayisha

    1C

    10C, 40C ishayela

    35C okuqhubekayo

    10C

    Ukuphepha

    Isilinganiso

    Isilinganiso

    Iphephe Kakhulu

    Iphephe kunoLi- Cobalt

    I-Thermal Runway

    150°C (302°F)

    250°C (482°F)

    270°C (518°F)

    210°C (410°F)

  • 5. Lisebenza Kanjani Iseli Lebhethri?

    Iseli yebhethri, njengeseli yebhethri ye-lithium-ion, isebenza ngokususelwe kumgomo wokusabela kwe-electrochemical.

    Nansi incazelo eyenziwe lula yokuthi isebenza kanjani:

    • I-Anode (I-Electrode Engalungile): I-anode yenziwe ngento engakhulula ama-electron, ngokuvamile i-graphite.Uma ibhethri lishajwa, i-anode idedela ama-electron kuyisekethe yangaphandle.
    • I-Cathode (i-Positive Electrode): I-cathode yenziwe ngezinto ezingaheha futhi zigcine ama-electron, ngokuvamile i-oxide yensimbi njenge-lithium cobalt oxide (LiCoO2).Ngesikhathi sokukhishwa, i-lithium ion isuka ku-anode iye ku-cathode.
    • I-Electrolyte: I-electrolyte iyi-chemical medium, ngokuvamile usawoti we-lithium oncibilikisiwe ku-solvent ephilayo.Ivumela ukunyakaza kwe-lithium ion phakathi kwe-anode ne-cathode ngenkathi igcina ama-electron ehlukene.
    • Isihlukanisi: Isihlukanisi esenziwe ngezinto ezinama-porous sivimbela ukuthintana okuqondile phakathi kwe-anode ne-cathode, sivimbele imijikelezo emifushane ngenkathi sivumela ukugeleza kwe-lithium ion.
    • Ukukhipha: Uma ibhethri ixhunywe kumjikelezo wangaphandle (isb, i-smartphone), ama-ion e-lithium asuka ku-anode aye ku-cathode ngokusebenzisa i-electrolyte, ehlinzeka ngokugeleza kwama-electron futhi ekhiqiza amandla kagesi.
    • Ukushaja: Uma umthombo wamandla wangaphandle uxhunywe kubhethri, isiqondiso sokusabela kwe-electrochemical siyahlehliswa.I-lithium ions isuka ku-cathode ibuyele ku-anode, lapho igcinwa khona kuze kube yilapho idingeka futhi.

    Le nqubo ivumela iseli lebhethri ukuthi liguqule amandla ekhemikhali libe amandla kagesi ngesikhathi likhipha futhi ligcine amandla kagesi ngesikhathi sokushajwa, okulenza libe umthombo wamandla ophathekayo futhi oshajwa kabusha.

  • 6. Iyini Izinzuzo Nezinkinga Zebhethri ye-Lifepo4?

    Izinzuzo zamabhethri e-LiFePO4:

    • Ukuphepha: Amabhethri e-LiFePO4 ayikhemikhali yebhethri ye-lithium-ion ephephe kunazo zonke etholakalayo, enengozi ephansi yomlilo noma ukuqhuma.I-Long Cycle Life: Lawa mabhethri angakwazi ukumelana nezinkulungwane zemijikelezo yokushaja, okuwenza afanelekele ukusetshenziswa njalo.
    • High Energy Density: Amabhethri e-LiFePO4 angagcina inani elibalulekile lamandla ngosayizi ohlangene, alungele izinhlelo zokusebenza ezinomkhawulo wesikhala.
    • Ukusebenza Okuhle Kwezinga Lokushisa: Zenza kahle emazingeni okushisa aphezulu, okuwenza afanelekele izimo zezulu ezihlukahlukene.
    • Ukuzikhiphela Okuphansi Okuphansi: Amabhethri e-LiFePO4 angabamba ukushajwa kwawo isikhathi eside, alungele izinhlelo zokusebenza ezingasetshenziswa njalo.

    Ukungalungi kwamabhethri e-LiFePO4:

    • I-Lower Energy Density: Uma kuqhathaniswa namanye amakhemikhali e-lithium-ion, amabhethri e-LiFePO4 anomthamo wamandla ophansi kancane.
    • Izindleko Eziphakeme: Amabhethri e-LiFePO4 abiza kakhulu ngenxa yenqubo yokukhiqiza ebiza kakhulu nezinto ezisetshenziswayo.
    • I-Lower Voltage: Amabhethri e-LiFePO4 ane-voltage ephansi ye-nominal, edinga ukucatshangelwa okwengeziwe kwezinhlelo zokusebenza ezithile.
    • Izinga Eliphansi Lokukhipha: Anenani eliphansi lokukhishwa, elikhawulela ukufaneleka kwazo ezinhlelweni ezidinga amandla aphezulu.

    Kafushane, amabhethri e-LiFePO4 ahlinzeka ngokuphepha, impilo yomjikelezo omude, ukuminyana kwamandla aphezulu, ukusebenza kahle kwezinga lokushisa, kanye nokuzikhipha okuphansi.Kodwa-ke, banokuminyana kwamandla okuphansi kancane, izindleko eziphakeme, i-voltage ephansi, nezinga eliphansi lokukhipha uma kuqhathaniswa namanye amakhemikhali e-lithium-ion.

  • 7. Uyini Umehluko Phakathi kwe-LiFePO4 ne-NCM Cell?

    I-LiFePO4 (i-Lithium Iron Phosphate) kanye ne-NCM (i-Nickel Cobalt Manganese) zombili izinhlobo zekhemikhali yebhethri ye-lithium-ion, kodwa zinokuhluka okuthile kuzici zazo.

    Nawu umehluko omkhulu phakathi kwe-LiFePO4 namaseli e-NCM:

    • Ukuphepha: Amaseli e-LiFePO4 athathwa njengekhemikhali ye-lithium-ion ephephe kunazo zonke, enengozi ephansi yokubaleka okushisayo, umlilo, noma ukuqhuma.Amaseli e-NCM, kuyilapho ngokuvamile ephephile, anengozi ephakeme kancane yokubaleka okushisayo uma kuqhathaniswa ne-LiFePO4.
    • Ukuminyana kwamandla: Amaseli e-NCM ngokuvamile anomthamo omkhulu wamandla, okusho ukuthi angagcina amandla engeziwe ngeyunithi ngayinye yesisindo noma ivolumu.Lokhu kwenza amaseli e-NCM afaneleke kakhulu ezinhlelweni ezidinga umthamo wamandla aphezulu.
    • I-Cycle Life: Amaseli e-LiFePO4 anempilo yomjikelezo omude uma kuqhathaniswa namaseli e-NCM.Ngokuvamile zingakwazi ukumelana nenani elikhulu lemijikelezo yokukhipha imali ngaphambi kokuba umthamo wazo uqale ukwehla kakhulu.Lokhu kwenza amaseli e-LiFePO4 afaneleke kakhulu ezinhlelweni ezidinga ukuhamba ngamabhayisikili njalo.
    • Ukuzinza Kwe-Thermal: Amaseli e-LiFePO4 azinzile ngokushisa futhi asebenza kangcono ezindaweni ezinezinga lokushisa eliphezulu.Awajwayele ukushisa kakhulu futhi angamelana namazinga okushisa aphezulu okusebenza uma kuqhathaniswa namaseli e-NCM.
    • Izindleko: Amaseli e-LiFePO4 ngokuvamile awabizi kakhulu uma kuqhathaniswa namaseli e-NCM.Njengoba amabhethri e-lithium iron phosphate engenazo izakhi zensimbi eziyigugu njenge-cobalt, amanani awo wezinto ezingavuthiwe nawo aphansi, kanti i-phosphorus nensimbi nakho kuningi emhlabeni.
    • I-Voltage: Amaseli e-LiFePO4 ane-voltage ephansi ephansi uma kuqhathaniswa namaseli e-NCM.Lokhu kusho ukuthi amabhethri e-LiFePO4 angase adinge amaseli engeziwe noma ukujikeleza ochungechungeni ukuze azuze okukhipha amandla afanayo njengamabhethri e-NCM.

    Kafushane, amabhethri e-LiFePO4 anikeza ukuphepha okukhulu, impilo yomjikelezo omude, ukuzinza okungcono kokushisa, kanye nengozi ephansi yokubaleka okushisayo.Amabhethri e-NCM, ngakolunye uhlangothi, anomthamo omkhulu wamandla futhi angase afaneleke kakhulu izinhlelo zokusebenza ezibambezeleke esikhaleni njengezimoto zabagibeli.

    Ukukhetha phakathi kwamaseli e-LiFePO4 kanye ne-NCM kuncike kuzimfuneko ezithile zohlelo lokusebenza, okuhlanganisa ukuphepha, ukuminyana kwamandla, impilo yomjikelezo, nokucatshangelwa kwezindleko.

  • 8. Kuyini Ukulinganisela Kweseli Yebhethri?

    Ukulinganisa iseli yebhethri kuyinqubo yokulinganisa amazinga wokushaja amaseli ngamanye ngaphakathi kwephakethe lebhethri.Iqinisekisa ukuthi wonke amaseli asebenza kahle ukuze athuthukise ukusebenza, ukuphepha, nokuphila isikhathi eside.Kunezinhlobo ezimbili: ukulinganisa okusebenzayo, okudlulisa ngokusebenzayo ukushaja phakathi kwamaseli, kanye nokulinganisa okwenziwayo, okusebenzisa izinto eziphikisayo ukuze kuqedwe ukushaja ngokweqile.Ukulinganisa kubalulekile ukuze kugwenywe ukushajwa ngokweqile noma ukuchichima ngokweqile, ukwehlisa ukuwohloka kwamaseli, nokugcina umthamo ofanayo kuwo wonke amaseli.

  • 1. Ingabe Amabhethri e-Lithium Ion Angashajwa Noma Kunini?

    Yebo, amabhethri e-Lithium-ion angashajwa noma nini ngaphandle kokulimala.Ngokungafani namabhethri e-lead-asidi, amabhethri e-lithium-ion awahlushwa ukonakala okufanayo uma eshajwe kancane.Lokhu kusho ukuthi abasebenzisi bangasebenzisa ithuba lokushaja, okusho ukuthi bangaxhuma ibhethri ngezikhathi ezimfushane njengekhefu lesidlo sasemini ukuze bathuthukise amazinga wokushaja.Lokhu kuvumela abasebenzisi ukuthi baqinisekise ukuthi ibhethri lihlala lishajwe ngokugcwele usuku lonke, okunciphisa ubungozi bokuncipha kwebhethri ngesikhathi semisebenzi ebalulekile noma imisebenzi.

  • 2. Mangaki Ama-Cycles Agcina Amabhethri e-GeePower Lifepo4?

    Ngokuvumelana nedatha yelebhu, Amabhethri e-GeePower LiFePO4 akalwe imijikelezo efika ku-4,000 ekuphumeni okungama-80%.Eqinisweni, ungayisebenzisa isikhathi eside uma unakekelwa kahle.Uma umthamo webhethri wehla ufike ku-70% womthamo wokuqala, kuyanconywa ukuthi uyilahle.

  • 3. Kuyini Ukuguquguquka Kwezinga Lokushisa Lebhethri?

    Ibhethri le-GeePower LiFePO4 lingashajwa ebangeni elingu-0 ~ 45℃, lingasebenza ebangeni elingu -20~55℃, izinga lokushisa lokulondoloza liphakathi kuka-0~45℃.

  • 4. Ingabe Ibhethri Linomphumela Wenkumbulo?

    Amabhethri e-GeePower LiFePO4 awanawo umthelela wenkumbulo futhi angashajwa kabusha noma kunini.

  • 5. Ingabe Ngidinga Ishaja Ekhethekile Yebhethri Lami?

    Yebo, ukusetshenziswa okufanele kweshaja kunomthelela omkhulu ekusebenzeni kwebhethri.Amabhethri e-GeePower afakwe ishaja ezinikele, kufanele usebenzise ishaja ezinikele noma ishaja egunyazwe ochwepheshe bakwa-GeePower.

  • 6. Ingabe Izinga Lokushisa Liwuthinta Kanjani Umsebenzi Webhethri?

    Izimo zokushisa eziphezulu (>25°C) zizokhuphula ukusebenza kwamakhemikhali ebhethri, kodwa zizofinyeza impilo yebhethri futhi zinyuse izinga lokuzikhipha ngokwalo.Izinga lokushisa eliphansi (< 25°C) linciphisa umthamo webhethri futhi linciphise ukuzikhipha ngokwakho.Ngakho-ke, ukusebenzisa ibhethri ngaphansi kwesimo esingaba ngu-25°C kuzothola ukusebenza okungcono nempilo.

  • 7. Yimiphi imisebenzi isibonisi se-LCD esinayo?

    Lonke iphakethe lebhethri le-GeePower lihlangana nesibonisi se-LCD, esingabonisa idatha yokusebenza kwebhethri, okuhlanganisa: I-SOC, I-Voltage, Yamanje, Ihora Lokusebenza, ukwehluleka noma ukungavamile, njll.

  • 8. Isebenza kanjani i-BMS?

    I-Battery Management System (BMS) iyingxenye ebalulekile yebhethri ye-lithium-ion, eqinisekisa ukuthi isebenza ngendlela ephephile futhi ephumelelayo.

    Nansi indlela esebenza ngayo:

    • Ukuqapha Ibhethri: I-BMS ihlale iqapha amapharamitha ahlukahlukene ebhethri, njenge-voltage, yamanje, izinga lokushisa, kanye nesimo sokushajwa (SOC).Lolu lwazi lusiza ukucacisa impilo nokusebenza kwebhethri.
    • Ukulinganisa Kweseli: Amaphakethe ebhethri e-lithium-ion aqukethe amaseli amaningi ngamanye, futhi i-BMS iqinisekisa ukuthi iseli ngalinye libhalansile ngokuya kwamandla kagesi.Ukulinganisa iseli kuqinisekisa ukuthi alikho iseli elilodwa elishajwa kakhulu noma lishajwa kancane, ngaleyo ndlela kuthuthukisa umthamo kanye nempilo ende yephakethe lebhethri.
    • Ukuvikela Ukuphepha: I-BMS inezindlela zokuphepha zokuvikela iphekhi yebhethri ezimeni ezingajwayelekile.Isibonelo, uma izinga lokushisa lebhethri lidlula imikhawulo ephephile, i-BMS ingase yenze amasistimu okupholisa asebenze noma inqamule ibhethri ekulayisheni ukuze ivimbele ukulimala.
    • Isimo Sokushaja: I-BMS ilinganisela i-SOC yebhethri ngokusekelwe kokokufaka okuhlukahlukene, okuhlanganisa ugesi, idatha yamanje, neyomlando.Lolu lwazi lusiza ukunquma umthamo osele webhethri futhi lunike amandla ukuqagela okunembe kakhudlwana kwempilo yebhethri nobubanzi.
    • Ukuxhumana: I-BMS ivamise ukuhlanganisa nesistimu iyonke, njengemoto kagesi noma isistimu yokugcina amandla.Ixhumana neyunithi yokulawula yesistimu, ihlinzeka ngedatha yesikhathi sangempela kanye nemiyalo yokwamukela yokushaja, ukushajwa, noma okunye ukusebenza.
    • Ukuxilongwa Kwephutha Nokubika: I-BMS ingaxilonga amaphutha noma okungavamile kuphakethe lebhethri futhi inikeze izexwayiso noma izaziso ku-opharetha wesistimu noma umsebenzisi.Ingase futhi ifake idatha ukuze ihlaziywe kamuva ukuze ihlonze noma yiziphi izinkinga ezivelayo.

    Sekukonke, i-BMS idlala indima ebalulekile ekuqinisekiseni ukuphepha, ukuphila isikhathi eside, nokusebenza kwamaphakethe ebhethri e-lithium-ion ngokuqapha, ukulinganisa, ukuvikela, kanye nokuhlinzeka ngolwazi olubalulekile mayelana nesimo sebhethri.

  • 1. Yiziphi Izitifiketi Ezidlulisiwe Amabhethri Ethu E-Lithium?

    CCS,CE,FCC,ROHS,MSDS,UN38.3,TUV,SJQA njll.

  • 2. Kwenzekani Uma Amaseli Ebhethri Ephela?

    Uma amaseli ebhethri omile, kusho ukuthi asededelwe ngokugcwele, futhi awasekho amandla atholakalayo ebhethrini.

    Nakhu okuvamile uma amaseli ebhethri omile:

    • Ukuphelelwa Amandla: Uma amaseli ebhethri omile, idivayisi noma isistimu exhaswe yibhethri izophelelwa amandla.Izoyeka ukusebenza kuze kube yilapho ibhethri lishajwa kabusha noma lishintshwa.
    • I-Voltage Drop: Njengoba amaseli ebhethri omile, ukuphuma kwe-voltage yebhethri kuzokwehla kakhulu.Lokhu kungaholela ekwehleni kokusebenza noma ukusebenza kwedivayisi enikwa amandla.
    • Ukulimala Okungaba Khona: Kwezinye izimo, uma ibhethri likhishwa ngokuphelele futhi lishiywe kuleso simo isikhathi eside, kungase kubangele umonakalo ongenakulungiseka kumaseli ebhethri.Lokhu kungaholela ekwehliseni umthamo webhethri noma, ezimeni ezinzima, kwenze ibhethri lingasebenzi.
    • Izindlela Zokuvikela Ibhethri: Amasistimu amaningi ebhethri esimanje anezinqubo ezakhelwe ngaphakathi zokuvikela ukuvimbela amaseli ukuthi angome ngokuphelele.Lawa masekhethi okuvikela aqapha amandla kagesi ebhethri futhi ayivimbe ukuthi ingachithi ngaphezu komkhawulo othile ukuze kuqinisekiswe ukuphila nokuphepha kwebhethri.
    • Ukushajwa kabusha noma Ukushintsha: Ukuze ubuyisele amandla ebhethri, idinga ukushajwa kusetshenziswa indlela yokushaja efanelekile kanye nezinto zokusebenza.

    Kodwa-ke, uma amaseli ebhethri wonakalisiwe noma ewonakele kakhulu, kungase kudingeke ukuthi kushintshwe ibhethri ngokuphelele.Kubalulekile ukuqaphela ukuthi izinhlobo ezahlukene zamabhethri zinezici ezihlukene zokukhipha kanye nokujula okunconyiwe kokukhipha.Ngokuvamile kuyanconywa ukuthi ugweme ukukhipha ngokugcwele amaseli ebhethri futhi uwashaje kabusha ngaphambi kokuthi ome ukuze kuqinisekiswe ukusebenza okuphelele nokwelula impilo yebhethri.

  • 3. Ingabe Amabhethri e-GeePower Lithium-Ion Aphephile?

    Amabhethri e-lithium-ion e-GeePower anikeza izici zokuphepha ezingavamile ngenxa yezinto ezihlukahlukene:

    • Amaseli ebhethri eBanga A: Sisebenzisa kuphela izinhlobo ezidumile ezihlinzeka ngamabhethri asebenza kahle kakhulu.Lawa maseli aklanyelwe ukuthi angaqhumi, amelene nokufushane, futhi aqinisekise ukusebenza okungaguquki nokuphephile.
    • Ikhemikhali yebhethri: Amabhethri ethu asebenzisa i-lithium iron phosphate (LiFePO4), eyaziwa ngokuzinza kwayo kwamakhemikhali.Iphinde ibe nezinga lokushisa eliphakeme kakhulu elibalekayo elishisayo uma liqhathaniswa namanye amakhemikhali e-lithium-ion, linikeza isendlalelo esengeziwe sokuphepha esinomkhawulo wezinga lokushisa ongu-270 °C (518F).
    • Ubuchwepheshe be-Prismatic cell: Ngokungafani namaseli angamacylindrical, amaseli ethu eprismatic anomthamo ophezulu (>20Ah) futhi adinga ukuxhunywa kwamandla okumbalwa, okunciphisa ubungozi bezinkinga ezingaba khona.Ukwengeza, amabha amabhasi asebenziseka kalula asetshenziselwa ukuxhuma lawa maseli awenza amelane kakhulu nokudlidliza.
    • Isakhiwo sekilasi lemoto kagesi kanye nomklamo wokuhlukanisa: Sidizayine amaphakethe ethu ebhethri aqondise izimoto zikagesi, sisebenzisa isakhiwo esiqinile kanye nokwahlukanisa ukuze sithuthukise ukuphepha.
    • Idizayini yemojula ye-GeePower: Amaphakethe ethu ebhethri aklanywe ngokusimama namandla engqondweni, aqinisekisa ukungaguquguquki okuhle nokusebenza kahle kokuhlanganisa.
    • I-Smart BMS kanye nesekhethi yokuvikela: Iphakethe ngalinye lebhethri le-GeePower lifakwe Isistimu Yokulawula Ibhethri ehlakaniphile (BMS) kanye nesekhethi yokuvikela.Lolu hlelo luhlala luqapha izinga lokushisa kanye namandla amaseli ebhethri.Uma kutholwa noma yikuphi ukulimala okungaba khona noma ingozi, isistimu iyavala ukuze igcine ukusebenza kwebhethri futhi yelule ukuphila kwayo okulindelekile.

  • 4. Ingabe kukhona ukukhathazeka mayelana nokusha kwamabhethri?

    Qiniseka ukuthi amaphakethe ebhethri e-GeePower aklanywe ngokuphepha njengento ebaluleke kakhulu.Amabhethri asebenzisa ubuchwepheshe obuthuthukisiwe, njengekhemikhali ye-lithium iron phosphate, eyaziwa ngokuzinza kwayo okukhethekile kanye nomkhawulo wokushisa ophakeme.Ngokungafani nezinye izinhlobo zamabhethri, amabhethri ethu e-lithium iron phosphate anengozi ephansi yokubamba umlilo, ngenxa yezakhiwo zawo zamakhemikhali kanye nezinyathelo zokuphepha eziqinile ezisetshenziswa ngesikhathi sokukhiqiza.Ukwengeza, amaphakethe ebhethri afakwe izivikelo eziyinkimbinkimbi ezivimbela ukushajwa ngokweqile kanye nokuphuma ngokushesha, okuqhubeka nokunciphisa noma yiziphi izingozi ezingaba khona.Ngokuhlanganiswa kwalezi zici zokuphepha, ungaba nokuthula kwengqondo ngokwazi ukuthi amathuba okuthi amabhethri asha aphansi kakhulu.

  • 1. Ingabe Ibhethri Lizozikhiphela Ngokwalo Lapho Amandla Enqanyulwa?

    Wonke amabhethri, noma ngabe iyiphi ikhemikhali, anesimo sokuzikhipha ngokwawo.Kodwa izinga lokuzikhipha kwebhethri le-LiFePO4 liphansi kakhulu, lingaphansi kuka-3%.

    Ukunaka 

    Uma izinga lokushisa lendawo liphezulu;Sicela unake i-alamu yokushisa ephezulu yesistimu yebhethri;Ungayishaji ibhethri ngokushesha ngemva kokusetshenziswa endaweni enezinga lokushisa eliphezulu, udinga ukuvumela ibhethri liphumule imizuzu engaphezu kwengu-30 noma izinga lokushisa lehla liye ku-≤35°C;Uma izinga lokushisa le-ambient lingu-≤0°C, ibhethri kufanele ishajwe ngokushesha ngangokunokwenzeka ngemva kokusebenzisa i-forklift ukuvimbela ibhethri ekubeni libanda kakhulu ukushajwa noma ukwelula isikhathi sokushaja;

  • 2. Ngingakwazi Ukuyikhipha Ngokugcwele Ibhethri Le-Lifepo4?

    Yebo, amabhethri e-LiFePO4 angakhishwa ngokuqhubekayo ku-0% SOC futhi awukho umphumela wesikhathi eside.Nokho, sincoma ukuthi ukhiphe kuphela kuze kufike ku-20% ukuze ulondoloze impilo yebhethri.

    Ukunaka 

    Isikhathi esihle kakhulu se-SOC sokugcina ibhethri: 50±10%

  • 3. Ngingashaja Ngamaphi Amazinga Okushisa Ngiphinde Ngikhiphe Iphakethe Lebhethri Le-Geepower?

    I-GeePower Battery Pack kufanele ishajwe kuphela ukusuka ku-0°C kuya ku-45°C (32°F kuya ku-113°F) futhi ikhishwe kusukela ku--20 °C kuya ku-55° C ( -4°F kuya ku-131 °F).

  • 4. Ingabe Ububanzi Bezinga Lokushisa Lingu--20 °c Ukuya Ku-55 °c (-4 °f Ukuya Ku-131 °f) Liyizinga Lokushisa Langaphakathi Elisebenzayo Lephakethe Noma Izinga Lokushisa Le-Ambient?

    Leli izinga lokushisa langaphakathi.Kukhona izinzwa lokushisa ngaphakathi kwephakethe eziqapha izinga lokushisa lokusebenza.Uma izinga lokushisa leqiwe, i-buzzer izokhala futhi iphakethe lizovaleka ngokuzenzakalelayo kuze kube yilapho iphekhi ivunyelwa ukupholisa/ukushisa ngaphakathi kwemingcele yokusebenza. 

  • 5. Ingabe Uzokunikeza Ukuqeqeshwa?

    Yebo impela, sizokunikeza ukwesekwa kobuchwepheshe okuku-inthanethi nokuqeqeshwa okuhlanganisa ulwazi oluyisisekelo lwebhethri ye-lithium, izinzuzo zebhethri ye-lithium kanye nokudutshulwa kwezinkinga.Imanuwali yomsebenzisi izonikezwa wena ngesikhathi esifanayo.

  • 6. kanjani ukuvusa ibhethri LiFePO4?

    Uma ibhethri ye-LiFePO4 (Lithium Iron Phosphate) isilahlwe ngokuphelele noma “ilele,” ungazama izinyathelo ezilandelayo ukuze uyivuse:

    • Qinisekisa ukuphepha: Amabhethri e-LiFePO4 angazwela, ngakho gqoka amagilavu ​​okuzivikela kanye nezibuko ngenkathi uwaphethe.
    • Hlola ukuxhumana: Qinisekisa ukuthi konke ukuxhumana phakathi kwebhethri nocingo noma ishaja kuphephile futhi akukho monakalo.
    • Hlola i-voltage yebhethri: Sebenzisa amamitha amaningi ukuze uhlole i-voltage yebhethri.Uma i-voltage ingaphansi kwezinga eliphansi elinconyiwe (imvamisa icishe ibe ngu-2.5 volts ngeseli), yeqela esinyathelweni sesi-5. Uma ingaphezu kwaleli zinga, qhubekela esinyathelweni sesi-4.
    • Shaja ibhethri: Xhuma ibhethri kushaja efanele eklanyelwe amabhethri e-LiFePO4.Landela imiyalelo yomkhiqizi yokushaja amabhethri e-LiFePO4 futhi uvumele isikhathi esanele sokuthi ibhethri lishaje.Gada inqubo yokushaja eduze futhi uqinisekise ukuthi ishaja ayishisi ngokweqile.Uma i-voltage yebhethri isifinyelele ezingeni elamukelekayo, kufanele ivuke futhi iqale ukwamukela ukushajwa.
    • Ukushaja okubuyiswayo: Uma i-voltage iphansi kakhulu ukuthi ishaja evamile ingabonwa, ungase udinge ishaja "yokubuyisela".Lawa mashaja akhethekile aklanyelwe ukululama ngokuphephile futhi avuselele amabhethri e-LiFePO4 alahlwe ngokujulile.Lawa mashaja avame ukuza neziqondiso ezithile kanye nezilungiselelo zezimo ezinjalo, ngakho qiniseka ukuthi ulandela ngokucophelela imiyalelo enikeziwe.
    • Funa usizo lochwepheshe: Uma izinyathelo ezingenhla zingalivuseleli ibhethri, cabanga ukuyisa kuchwepheshe webhethri ochwepheshe noma thintana nomkhiqizi webhethri ukuze uthole olunye usizo.Ukuzama ukuvusa ibhethri le-LiFePO4 ngendlela engafanele noma ukusebenzisa izindlela zokushaja ezingalungile kungaba yingozi futhi kungalimaza ibhethri nakakhulu.

    Khumbula ukulandela izinyathelo zokuphepha ezifanele ngenkathi uphatha amabhethri futhi ubheke njalo imihlahlandlela yomkhiqizi yokushaja nokuphatha amabhethri e-LiFePO4.

  • 7. Kuzothatha Isikhathi Esingakanani Ukushaja?

    Ubude besikhathi esisithathayo ukushaja ibhethri ye-Li-ion buncike ohlotsheni nosayizi womthombo wakho wokushaja.Izinga lethu lokushaja elinconyiwe lingu-50 amps ngebhethri engu-100 Ah kusistimu yakho.Isibonelo, uma ishaja yakho ingu-20 amps futhi udinga ukushaja ibhethri elingenalutho, kuzothatha amahora angu-5 ukufika ku-100%.

  • 8. Amabhethri e-GeePower LiFePO4 Angagcinwa Isikhathi Esingakanani?

    Kunconywa kakhulu ukuthi ugcine amabhethri e-LiFePO4 endlini phakathi nesizini engasebenzi.Kuphinde kunconywe ukugcina amabhethri e-LiFePO4 esimweni sokushaja (SOC) esingaba ngu-50% noma ngaphezulu.Uma ibhethri ligcinwe isikhathi eside, shaja ibhethri okungenani kanye njalo ezinyangeni eziyisi-6 (kanye njalo ezinyangeni ezi-3 kuyanconywa).

  • 9. Ishajwa Kanjani Ibhethri ye-LiFePO4?

    Ukushaja ibhethri le-LiFePO4 (okufushane kubhethri le-Lithium Iron Phosphate) kuqondile uma kuqhathaniswa.

    Nazi izinyathelo zokushaja ibhethri le-LiFePO4:

    Khetha ishaja efanele: Qiniseka ukuthi uneshaja yebhethri ye-LiFePO4 efanele.Ukusebenzisa ishaja eklanyelwe ngokuqondile amabhethri e-LiFePO4 kubalulekile, njengoba la mashaja ane-algorithm efanele yokushaja kanye nezilungiselelo zikagesi zalolu hlobo lwebhethri.

    • Xhuma ishaja: Qinisekisa ukuthi ishaja ayixhunyiwe emthonjeni wamandla.Bese, xhuma umthofi ophozithivu weshaja (+) kutheminali ephozithivu yebhethri ye-LiFePO4, bese uxhuma i-negetive (-) ephumayo eholela kutheminali enegethivu yebhethri.Hlola kabili ukuthi izixhumanisi zivikelekile futhi ziqinile.
    • Xhuma ishaja: Uma uxhumano seluvikelekile, xhuma ishaja emthonjeni wamandla.Ishaja kufanele ibe nesibani esikhombisayo noma isibonisi esibonisa isimo sokushaja, esifana nokubomvu ukushaja nokuluhlaza uma kushajwe ngokugcwele.Bheka imanuwali yomsebenzisi yeshaja ukuze uthole imiyalelo ethile yokushaja nezinkomba.
    • Gada inqubo yokushaja: Bheka inqubo yokushaja.Amabhethri e-LiFePO4 ngokuvamile ane-voltage yokushaja enconyiwe kanye neyamanje, ngakho-ke kubalulekile ukusetha ishaja kulawa manani anconyiwe uma kungenzeka.Gwema ukushaja ibhethri ngokweqile, ngoba kungadala umonakalo noma kwehlise ubude bayo bempilo.
    • Shaja ize igcwale: Vumela ishaja ukuthi ishaje ibhethri ye-LiFePO4 ize igcwale umthamo.Lokhu kungathatha amahora ambalwa kuye ngosayizi nesimo sebhethri.Uma ibhethri seligcwaliswe ngokugcwele, ishaja kufanele ime ngokuzenzakalelayo noma ifake imodi yokulungisa.
    • Khipha ishaja: Uma ibhethri selishajwe ngokugcwele, khipha ishaja emthonjeni wamandla bese uyikhipha ebhethrini.Qinisekisa ukuphatha ibhethri neshaja ngokucophelela, njengoba kungase kufudumale ngesikhathi sokushaja.

    Sicela wazi ukuthi lezi yizinyathelo ezijwayelekile, futhi kuhlale kuhle ukuthi ubheke imihlahlandlela ethile yomkhiqizi kanye nebhukwana lomsebenzisi weshaja ukuze uthole imiyalelo enemininingwane yokushaja kanye nezinyathelo zokuphepha.

  • 10. Ungayikhetha Kanjani I-Bms Yamaseli e-Lifepo4

    Lapho ukhetha i-Battery Management System (BMS) yamaseli e-LiFePO4, kufanele ucabangele izici ezilandelayo:

    • Ukuhambisana kweseli: Qinisekisa ukuthi i-BMS oyikhethayo yakhelwe ngokuqondile amaseli e-LiFePO4.Amabhethri e-LiFePO4 anephrofayili ehlukile yokushaja nokukhipha uma kuqhathaniswa namanye amakhemikhali e-lithium-ion, ngakho-ke i-BMS idinga ukuhambisana nale khemistri ethile.
    • Amandla kagesi weseli nomthamo: Qaphela amandla kagesi namandla amaseli akho e-LiFePO4.I-BMS oyikhethayo kufanele ifanele ububanzi be-voltage namandla amaseli akho athile.Hlola ukucaciswa kwe-BMS ukuze uqinisekise ukuthi iyakwazi ukuphatha amandla kagesi kanye nomthamo wephakethe lebhethri lakho.
    • Izici zokuvikela: Bheka i-BMS enikeza izici ezibalulekile zokuvikela ukuze uqinisekise ukusebenza okuphephile kwephakethe lakho lebhethri le-LiFePO4.Lezi zici zingase zihlanganise ukuvikela ukukhokhiswa ngokweqile, ukuvikela ukuchithwa kokukhipha ngokweqile, ukuvikela i-overcurrent, ukuvikelwa kwesekethe emfushane, ukuqapha izinga lokushisa, nokulinganisa ama-voltages amaseli.Ukuxhumana nokuqapha: Cabanga ukuthi uyayidinga yini i-BMS ukuze ube namandla okuxhumana.Amanye amamodeli e-BMS anikeza izici ezifana nokuqapha i-voltage, ukuqapha kwamanje, nokuqapha izinga lokushisa, okungafinyelelwa ukude ngephrothokholi yokuxhumana efana ne-RS485, ibhasi le-CAN, noma i-Bluetooth.
    • Ukwethembeka nekhwalithi ye-BMS: Bheka i-BMS kumkhiqizi owaziwayo owaziwa ngokukhiqiza imikhiqizo ethembekile nesezingeni eliphezulu.Cabangela ukufunda ukubuyekezwa kanye nokuhlola irekhodi lomkhiqizi lokuletha izixazululo eziqinile nezithembekile ze-BMS.Ukudizayina nokufaka: Qinisekisa ukuthi i-BMS yakhelwe ukuhlanganisa nokufaka kalula ephaketheni lakho lebhethri.Cabangela izici ezifana nobukhulu bomzimba, izinketho zokukhweza, nezimfuneko zezintambo ze-BMS.
    • Izindleko: Qhathanisa amanani entengo ehlukene yezinketho ze-BMS, ukhumbula ukuthi ikhwalithi nokwethembeka yizici ezibalulekile.Cabangela izici nokusebenza okudingayo futhi uthole ibhalansi phakathi kokuphumelela kwezindleko nokuhlangabezana nezidingo zakho.

    Ekugcineni, i-BMS ethile oyikhethayo izoncika ezidingweni ezithile zebhethri lakho le-LiFePO4.Qinisekisa ukuthi i-BMS ihlangabezana nezindinganiso zokuphepha ezidingekayo futhi inezici nezici ezihambisana nezidingo zebhethri lakho.

  • 11. Kwenzekani Uma Ukhokhisa Ibhethri Le-Lifepo4

    Uma ushaja ngokweqile ibhethri le-LiFePO4 (Lithium Iron Phosphate), kungaholela emiphumeleni eminingana engaba khona:

    • Ukubaleka okushisayo: Ukushajwa ngokweqile kungabangela izinga lokushisa lebhethri ukuthi likhuphuke kakhulu, okungase kuholele esimweni sokubaleka okushisayo.Lena inqubo engalawuleki futhi eziqinisa ngokwawo lapho izinga lokushisa kwebhethri liqhubeka nokukhula ngokushesha, okungase kuholele ekukhishweni kwenani eliphezulu lokushisa noma ngisho nomlilo.
    • Ukuphila kwebhethri okwehlisiwe: Ukushajwa ngokweqile kunganciphisa kakhulu impilo yonke yebhethri ye-LiFePO4.Ukushajwa ngokweqile okuqhubekayo kungabangela ukulimala kwebhethri, okuholela ekwehleni komthamo kanye nokusebenza kukonke.Ngokuhamba kwesikhathi, lokhu kungaholela ekufinyezweni kwempilo yebhethri.
    • Izingozi zokuphepha: Ukushajwa ngokweqile kungakhuphula ingcindezi ngaphakathi kweseli yebhethri, okungagcina kuphumele ekukhishweni kwegesi noma ukuvuza kwe-electrolyte.Lokhu kungadala izingozi zokuphepha njengengozi yokuqhuma noma umlilo.
    • Ukulahlekelwa umthamo webhethri: Ukushajwa ngokweqile kungabangela umonakalo ongalungiseki kanye nokulahlekelwa amandla kumabhethri e-LiFePO4.Amaseli angase ahlupheke ngenxa yokukhuphuka kokuzikhulula kanye namandla okugcina amandla ancishisiwe, okuthinta ukusebenza kwawo kukonke nokusebenziseka kwawo.

    Ukuze uvimbele ukushajwa ngokweqile nokuqinisekisa ukusebenza okuphephile kwamabhethri e-LiFePO4, kunconywa ukusebenzisa i-Battery Management System (BMS) efanele ehlanganisa ukuvikela ukushajwa ngokweqile.I-BMS iqapha futhi ilawule inqubo yokushaja ukuvimbela ibhethri ukuthi lishajwe ngokweqile, iqinisekise ukuthi lisebenza ngendlela ephephile futhi efanele.

  • 12. Ungawagcina Kanjani Amabhethri e-Lifepo4?

    Uma kuziwa ekugcineni amabhethri e-LiFePO4, landela le mihlahlandlela ukuze uqinisekise impilo nokuphepha kwawo:

    Shaja amabhethri: Ngaphambi kokugcina amabhethri e-LiFePO4, qiniseka ukuthi ashajwe aphelele.Lokhu kusiza ukuvimbela ukuzikhipha ngokwakho ngesikhathi sokulondoloza, okungabangela ugesi webhethri wehle kakhulu.

    • Hlola i-voltage: Sebenzisa amamitha amaningi ukukala i-voltage yebhethri.Okufanelekile, i-voltage kufanele ibe cishe ku-3.2 - 3.3 volts ngeseli ngayinye.Uma i-voltage iphezulu kakhulu noma iphansi kakhulu, ingase ibonise inkinga ngebhethri, futhi kufanele ufune usizo lochwepheshe noma uxhumane nomkhiqizi.
    • Gcina endaweni yokushisa emaphakathi: Amabhethri e-LiFePO4 kufanele agcinwe endaweni epholile, eyomile enezinga lokushisa eliphakathi kuka-0-25°C (32-77°F).Amazinga okushisa aphakeme angehlisa ukusebenza kwebhethri futhi anciphise ukuphila kwalo.Gwema ukuwagcina elangeni eliqondile noma eduze nemithombo yokushisa.
    • Vikela kumswakama: Qinisekisa ukuthi indawo yokugcina yomile, njengoba umswakama ungalimaza ibhethri.Gcina amabhethri ezitsheni ezingangeni moya noma ezikhwameni ukuze uvimbele ukuchayeka kumswakama noma umswakama.
    • Gwema ukucindezelwa komshini: Vikela amabhethri kokuthikamezeka ngokomzimba, ingcindezi, noma ezinye izinhlobo zokucindezeleka komshini.Qaphela ukuthi ungawawisi noma ungawachobozi, ngoba angonakalisa izakhi zangaphakathi.
    • Nqamula kumadivayisi: Uma ugcina amabhethri e-LiFePO4 kumadivayisi afana namakhamera noma izimoto zikagesi, zikhiphe kumadivayisi ngaphambi kokuwagcina.Ukushiya amabhethri exhunywe kumadivayisi kungaholela ekuphumeni okungadingekile futhi kungase kulimaze ibhethri noma idivayisi.
    • Hlola i-voltage ngezikhathi ezithile: Kunconywa ukuthi uhlole ugesi wamabhethri e-LiFePO4 agciniwe njalo ezinyangeni ezimbalwa ukuze uqinisekise ukuthi agcina izinga lokushaja elamukelekayo.Uma i-voltage yehla kakhulu ngesikhathi sokulondoloza, cabanga ukushajwa kabusha amabhethri ukuze ugweme ukulimala ekukhishweni okujulile.

    Ngokulandela le mihlahlandlela yesitoreji, ungathuthukisa ubude bempilo nokusebenza kwamabhethri akho e-LiFePO4.

  • 1. Ingakanani impilo elindelekile yebhethri?

    Amabhethri e-GeePower angasetshenziswa ngaphezu kwemijikelezo yokuphila engu-3,500.Impilo yokuklama ibhethri ingaphezu kweminyaka eyi-10.

  • 2. Iyini Inqubomgomo Yewaranti?

    Iwaranti yebhethri iminyaka engu-5 noma amahora angu-10,000, kuye ngokuthi yikuphi okuza kuqala.I-BMS ingaqapha kuphela isikhathi sokuphuma, futhi abasebenzisi bangase basebenzise ibhethri njalo, uma sisebenzisa wonke umjikelezo ukuchaza iwaranti, ngeke kube nokufanele abasebenzisi.Ngakho-ke yingakho iwaranti iminyaka engu-5 noma amahora angu-10,000, noma yikuphi okuza kuqala.

  • 1. Yiziphi izindlela zokuthumela esingazikhetha ngebhethri ye-lithium?

    Ngokufana ne-lead acid, kunemiyalo yokupakisha okufanele ilandelwe lapho kuthunyelwa.Kunezinketho ezimbalwa ezitholakalayo ngokuya ngohlobo lwebhethri ye-lithium kanye nemithethonqubo ekhona:

    • I-Ground Shipping: Lena indlela ejwayeleke kakhulu yokuthumela amabhethri e-lithium futhi ngokuvamile ivunyelwe kuzo zonke izinhlobo zamabhethri e-lithium.Ukuthutha okuphansi ngokuvamile akukhawuli kangako ngoba akubandakanyi imithetho efanayo yokuthutha emoyeni.
    • I-Air Shipping (Cargo): Uma amabhethri e-lithium ethunyelwa ngomoya njengempahla, kunemithetho ethile okufanele ilandelwe.Izinhlobo ezahlukene zamabhethri e-lithium (njenge-lithium-ion noma i-lithium-metal) zingaba nemikhawulo ehlukile.Kubalulekile ukuthobela imithetho ye-International Air Transport Association (IATA) futhi uhlole inkampani yezindiza nganoma yiziphi izidingo ezithile.
    • Ukuthumela ngomoya (Umgibeli): Ukuthumela amabhethri e-lithium ezindizeni zabagibeli kukhawulelwe ngenxa yokukhathazeka kokuphepha.Kodwa-ke, kukhona okuhlukile kumabhethri amancane e-lithium kumadivayisi omthengi afana nama-smartphone noma amakhompyutha aphathekayo, avunyelwe njengemithwalo ogibelayo noma olayishwayo.Futhi, kubalulekile ukuthi uhlole inkampani yezindiza nganoma imiphi imikhawulo noma imikhawulo.
    • Umkhumbi Wasolwandle: Ukuthutha olwandle ngokuvamile akukhawuli kangako uma kuziwa ekuthumeleni amabhethri e-lithium.Kodwa-ke, kusabalulekile ukuthobela Ikhodi Yempahla Eyingozi Yasolwandle Yamazwe Ngamazwe (i-IMDG) nanoma yimiphi imithethonqubo ethile yokuthumela amabhethri e-lithium ngolwandle.
    • Amasevisi e-Courier: Amasevisi e-courier njenge-FedEx, i-UPS, noma i-DHL angase abe nemihlahlandlela yawo ethize kanye nemikhawulo yokuthumela amabhethri e-lithium.

    Kubalulekile ukuhlola isevisi ye-courier ukuze uqinisekise ukuhambisana nemithethonqubo yabo.Kungakhathaliseki ukuthi iyiphi indlela yokuthumela ekhethiwe, kubalulekile ukupakisha nokulebula amabhethri e-lithium ngendlela efanele ngokuvumelana nemithethonqubo efanele ukuze kuqinisekiswe ukuthutha okuphephile.Kubalulekile futhi ukuthi uzifundise ngemithetho ethile kanye nezimfuneko zohlobo lwebhethri ye-lithium olithumelayo futhi uxhumane nenkampani yenethiwekhi nganoma yimiphi imihlahlandlela ethile abangaba nayo.

  • 2. Ingabe unomthumeli wempahla ukuze asisize sithumele amabhethri e-lithium?

    Yebo, sinezikhungo zokuthumela ngokubambisana ezingathutha amabhethri e-lithium.Njengoba sonke sazi, amabhethri e-lithium asabhekwa njengempahla eyingozi, ngakho-ke uma i-ejensi yakho yezokuthutha ingenazo iziteshi zokuthutha, i-ejensi yethu yokuthumela ingakwazi ukukuthutha yona.


Chofoza u-enter ukuze useshe noma u-ESC ukuze uvale