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Ii-FAQs

  • Ibhetri yeLithium ion
  • Ipakethi yebhetri yeLithium
  • Ukhuseleko
  • Iingcebiso zokuSebenza
  • Iwaranti
  • Ukuhambisa ngenqanawe
  • 1. Yintoni ibhetri yeLithium Ion?

    Ibhetri ye-lithium-ion okanye i-Li-ion luhlobo lwebhetri ehlaziywayo esebenzisa ukucutha ukuguqulwa kwe-lithium ion ukugcina amandla.i-electrode engalunganga yeseli ye-lithium-ion eqhelekileyo idla ngokuba yigraphite, uhlobo lwekhabhoni.le electrode engalunganga ngamanye amaxesha ibizwa ngokuba yi-anode njengoko isebenza njenge-anode ngexesha lokukhutshwa.i-electrode efanelekileyo ngokuqhelekileyo i-oxide yensimbi;i-electrode efanelekileyo ngamanye amaxesha ibizwa ngokuba yi-cathode njengoko isebenza njenge-cathode ngexesha lokukhutshwa.I-electrodes echanekileyo kunye ne-negative ihlala ilungile kwaye ingalunganga ekusebenziseni okuqhelekileyo nokuba iyatshaja okanye ikhuphe kwaye ngoko ke imimiselo ecacileyo yokusetyenziswa kune-anode kunye ne-cathode eguqulwayo ngexesha lokutshaja.

  • 2. Yintoni i-Prismatic Lithium Cell?

    Iseli ye-lithium yeprismatic luhlobo oluthile lweseli ye-lithium-ion ene-prismatic (rectangular) shape.Iqukethe i-anode (ngokuqhelekileyo yenziwe ngegraphite), i-cathode (ngokuqhelekileyo i-lithium metal oxide compound), kunye ne-electrolyte yetyuwa ye-lithium.I-anode kunye ne-cathode zihlulwe nge-membrane ene-porous ukukhusela ukudibanisa ngokuthe ngqo kunye neesekethe ezimfutshane.Iiseli ze-lithium ze-Prismatic zisetyenziswa ngokuqhelekileyo kwizicelo apho indawo ixhalabileyo, njengee-laptops, ii-smartphones, kunye nezinye izixhobo zombane eziphathekayo.Zikwasetyenziswa rhoqo kwiimoto zombane kunye neenkqubo zokugcina amandla ngenxa yobuninzi bamandla aphezulu kunye nokusebenza okugqwesileyo.Xa kuthelekiswa nezinye iifomati zeseli ze-lithium-ion, iiseli zeprismatic zineenzuzo malunga nokupakisha ukuxinana kunye nokwenza lula ukuveliswa kwemveliso enkulu.Ubume obumcaba, obuxande buvumela ukusetyenziswa ngokufanelekileyo kwendawo, okwenza abavelisi bapakishe iiseli ezininzi ngaphakathi komthamo onikiweyo.Nangona kunjalo, imilo eqinile yeeseli zeprismatic inokunciphisa ukuguquguquka kwazo kwizicelo ezithile.

  • 3. Yintoni Umahluko phakathi kwePrismatic kunye nePouch Cell

    Iiseli zePrismatic kunye ne-pouch ziintlobo ezimbini ezahlukeneyo zoyilo lweebhetri ze-lithium-ion:

    Iiseli zePrismatic:

    • Ubume: Iiseli zePrismatic zinemilo exande okanye yesikwere, efana nebhetri yesiqhelo.
    • Uyilo: Ngokuqhelekileyo bane-casing yangaphandle eqinile eyenziwe ngentsimbi okanye iplastiki, ebonelela ngozinzo.
    • Ulwakhiwo: Iiseli zePrismatic zisebenzisa iileyikhi ezipakishweyo zee-electrode, izahluli, kunye ne-electrolytes.
    • Usetyenziso: Ziqhele ukusetyenziswa kubathengi be-elektroniki njengeelaptops, iitafile, kunye nee-smartphones, kunye nezithuthi zombane kunye neenkqubo zokugcina amandla egridi.

    Iiseli zesingxobo:

    • Ubume: Iiseli zesingxobo zinoyilo olubhetyebhetye kunye noyilo olusicaba, olufana nengxowa encinci kunye nekhaphukhaphu.
    • Ukuyila: Ziquka iileyile ze-electrode, i-separators, kunye ne-electrolyte evalelwe yi-flexible laminated pouch okanye i-aluminium foil.
    • Ulwakhiwo: Iiseli zesingxobo ngamanye amaxesha zibizwa ngokuba "ziiseli ezisicaba ezipakishweyo" njengoko zinee-electrode ezibekiweyo.
    • Usetyenziso: Iiseli zesingxobo zisetyenziswa kakhulu kwizixhobo zombane eziphathwayo njengee-smartphones, iitafile, kunye nezixhobo ezinxitywayo ngenxa yobukhulu bazo obubambeneyo kunye nobunzima obulula.

    Zikwasetyenziselwa izithuthi zombane kunye neenkqubo zokugcina amandla.Ukwahluka okuphambili phakathi kweeseli zeprismatic kunye ne-pouch ziquka ukuyila kwazo ngokomzimba, ukwakhiwa, kunye nokuguquguquka.Nangona kunjalo, zombini iindidi zeeseli zisebenza ngokusekelwe kwimigaqo efanayo ye-lithium-ion battery chemistry.Ukhetho phakathi kweeseli ze-prismatic kunye ne-pouch kuxhomekeke kwizinto ezifana neemfuno zendawo, izithintelo zobunzima, iimfuno zesicelo, kunye nokuqwalaselwa kwemveliso.

  • 4. Zeziphi Iindidi zeLithium-Ion Chemistry Ezikhoyo, kwaye Kutheni Sisebenzisa iLifepo4?

    Kukho iikhemikhali ezininzi ezahlukeneyo ezikhoyo.I-GeePower isebenzisa i-LiFePO4 ngenxa yobomi bayo bexesha elide, ixabiso eliphantsi lobunini, ukuzinza kwe-thermal, kunye nemveliso ephezulu yamandla.Apha ngezantsi kukho itshathi ebonelela ngolwazi malunga nenye ikhemistri ye-lithium-ion.

    Iinkcukacha

    I-Li-cobalt LiCoO2 (LCO)

    I-Li-manganese LiMn2O4 (LMO)

    I-Li-phosphate LiFePO4 (LFP)

    NMC1 LiNiMnCoO2

    I-Voltage

    3.60V

    3.80V

    3.30V

    3.60/3.70V

    Umda wentlawulo

    4.20V

    4.20V

    3.60V

    4.20V

    Cycle Life

    500

    500

    2,000

    2,000

    Ubushushu bokusebenza

    I-avareji

    I-avareji

    Kulungile

    Kulungile

    Amandla athile

    150-190Wh/kg

    100–135Wh/kg

    90–120Wh/kg

    140-180Wh/kg

    Iyalayisha

    1C

    10C, 40C ukubetha kwentliziyo

    35C ngokuqhubekayo

    10C

    Ukhuseleko

    I-avareji

    I-avareji

    Ikhuselekile kakhulu

    Ikhuselekile kunoLi- Cobalt

    I-Thermal Runway

    150°C (302°F)

    250°C (482°F)

    270°C (518°F)

    210°C (410°F)

  • 5. Isebenza Njani Iseli Yebhetri?

    Iseli yebhetri, efana nebhetri ye-lithium-ion, isebenza ngokusekelwe kumgaqo wokuphendula kwe-electrochemical.

    Nantsi ingcaciso eyenziwe lula yendlela esebenza ngayo:

    • I-Anode (i-Electrode engalunganga): I-anode yenziwe ngezinto ezinokukhupha ii-electron, ngokuqhelekileyo igraphite.Xa ibhetri ikhutshwa, i-anode ikhupha ii-electron kwisekethe yangaphandle.
    • I-Cathode (i-Positive Electrode): I-cathode yenziwe ngezinto ezinokutsala kunye nokugcina ii-electron, ngokuqhelekileyo i-oxide yensimbi efana ne-lithium cobalt oxide (LiCoO2).Ngexesha lokukhutshwa, i-lithium ion isuka kwi-anode ukuya kwi-cathode.
    • I-Electrolyte: I-electrolyte yi-chemical medium, ngokuqhelekileyo ityuwa ye-lithium inyibilika kwi-solvent ye-organic.Ivumela ukuhamba kwee-ion ze-lithium phakathi kwe-anode kunye ne-cathode ngelixa igcina ii-electron zihlukanisiwe.
    • I-Separator: I-separator eyenziwe nge-porous material ikhusela ukudibanisa ngokuthe ngqo phakathi kwe-anode kunye ne-cathode, ukukhusela ii-circuits ezimfutshane ngelixa uvumela ukuhamba kwee-ion ze-lithium.
    • Ukukhutshwa: Xa ibhetri ixhunyiwe kwisiphaluka sangaphandle (umzekelo, i-smartphone), i-lithium ion isuka kwi-anode ukuya kwi-cathode nge-electrolyte, inika ukuhamba kwee-electron kunye nokuvelisa amandla ombane.
    • Ukutshaja: Xa umthombo wamandla wangaphandle uqhagamshelwe kwibhetri, isalathiso sempendulo ye-electrochemical iyatshintshwa.I-Lithium ion isuka kwi-cathode ibuyele kwi-anode, apho igcinwa khona de ifuneke kwakhona.

    Le nkqubo ivumela iseli yebhetri ukuba iguqule amandla ekhemikhali kumandla ombane ngexesha lokukhutshwa kunye nokugcina amandla ombane ngexesha lokutshaja, okwenza kube ngumthombo wamandla ophathwayo kunye nohlaziywa kwakhona.

  • 6. Yintoni i-Lifepo4 yebhetri eluncedo kunye nezinto ezingeloncedo?

    Izinto eziluncedo kwiibhetri zeLiFePO4:

    • Ukhuseleko: Iibhetri ze-LiFePO4 yikhemistri yebhetri ye-lithium-ion ekhuselekileyo ekhoyo, kunye nomngcipheko omncinci womlilo okanye ukuqhuma.Ubomi boMjikelo oMde: Ezi bhetri ziyakwazi ukumelana namawaka emijikelezo yokukhutshwa kwentlawulo, ezenza zilungele ukusetyenziswa rhoqo.
    • Uxinaniso lwaMandla aPhezulu: Iibhetri ze-LiFePO4 zinokugcina umthamo omkhulu wamandla kwi-compact size, ilungele ukusetyenziswa kwe-space-limited applications.
    • Ukusebenza kakuhle kweqondo lokushisa: Baqhuba kakuhle kumaqondo obushushu agqithisileyo, okwenza ukuba bafaneleke kwiimozulu ezahlukeneyo.
    • I-Low Self-Discharge: Iibhetri ze-LiFePO4 zinokubamba intlawulo yazo ixesha elide, zilungele ukusetyenziswa ngokusetyenziswa rhoqo.

    Izinto ezingeloncedo kwiibhetri zeLiFePO4:

    • Uxinano lwamandla asezantsi: Xa kuthelekiswa nenye ikhemistri ye-lithium-ion, iibhetri zeLiFePO4 zinoxinano lwamandla olusezantsi kancinci.
    • Iindleko eziphezulu: Iibhetri ze-LiFePO4 zibiza kakhulu ngenxa yenkqubo yokwenziwa kweendleko kunye nezinto ezisetyenzisiweyo.
    • I-Voltage esezantsi: Iibhetri ze-LiFePO4 zine-voltage ye-nominal ephantsi, efuna ukuqwalaselwa okongeziweyo kwizicelo ezithile.
    • Ixabiso eliphantsi lokukhutshwa: Banomlinganiselo ophantsi wokukhupha, ukunciphisa ukufaneleka kwabo kwizicelo ezifuna amandla aphezulu.

    Isishwankathelo, iibhetri ze-LiFePO4 zibonelela ngokhuseleko, ubomi bomjikelezo omude, ubuninzi bamandla aphezulu, ukusebenza kakuhle kweqondo lokushisa, kunye nokuzikhupha okuphantsi.Nangona kunjalo, banoxinano lwamandla asezantsi kancinci, ixabiso eliphezulu, amandla ombane aphantsi, kunye nesantya esisezantsi sokukhupha xa kuthelekiswa nenye ikhemistri ye-lithium-ion.

  • 7. Yintoni uMahluko phakathi kweLiFePO4 kunye neNCM Cell?

    I-LiFePO4 (i-Lithium Iron Phosphate) kunye ne-NCM (i-Nickel Cobalt Manganese) zombini iindidi ze-lithium-ion battery chemistry, kodwa zineentlukwano ezithile kwiimpawu zazo.

    Nazi ezinye iiyantlukwano eziphambili phakathi kweLiFePO4 kunye neeseli zeNCM:

    • Ukhuseleko: Iiseli ze-LiFePO4 zibhekwa njenge-chemistry ye-lithium-ion ekhuselekileyo, kunye nomngcipheko ophantsi wokubaleka kwe-thermal, umlilo, okanye ukuqhuma.Iiseli ze-NCM, ngelixa zikhuselekile ngokubanzi, zinomngcipheko ophezulu kancinane wokubaleka kwe-thermal xa kuthelekiswa ne-LiFePO4.
    • Ubuninzi bamandla: Iiseli ze-NCM ngokubanzi zinobuninzi bamandla obuphezulu, oku kuthetha ukuba banokugcina amandla amaninzi ngeyunithi yobunzima okanye umthamo.Oku kwenza iiseli ze-NCM zifaneleke ngakumbi kwizicelo ezifuna amandla aphezulu.
    • Ubomi bomjikelezo: Iiseli ze-LiFePO4 zinobomi obude bomjikelezo xa kuthelekiswa neeseli zeNCM.Banokumelana nenani elikhulu lemijikelo yokukhupha intlawulo phambi kokuba umthamo wabo uqalise ukuthotywa kakhulu.Oku kwenza iiseli ze-LiFePO4 zifaneleke ngakumbi kwizicelo ezifuna ukukhwela ibhayisekile rhoqo.
    • Ukuzinza kweThermal: Iiseli ze-LiFePO4 zizinzile ngakumbi kwi-thermal kwaye zenza ngcono kwiindawo eziphezulu zokushisa.Abancinci kakhulu ekugqithiseni kwaye banokumelana nokushisa okuphezulu kokusebenza xa kuthelekiswa neeseli ze-NCM.
    • Iindleko: Iiseli ze-LiFePO4 ngokuqhelekileyo azibizi kakhulu xa kuthelekiswa neeseli zeNCM.Kuba iibhetri ze-lithium iron phosphate zingenazo izinto zetsimbi ezixabisekileyo ezifana ne-cobalt, amaxabiso azo akrwada aphantsi, kwaye i-phosphorus kunye nentsimbi nazo zininzi emhlabeni.
    • I-Voltage: Iiseli ze-LiFePO4 zine-voltage ephantsi ye-nominal xa kuthelekiswa neeseli ze-NCM.Oku kuthetha ukuba iibhetri ze-LiFePO4 zinokufuna iiseli ezongezelelweyo okanye i-circuitry kuchungechunge ukufezekisa umphumo ofanayo wombane njengeebhetri ze-NCM.

    Isishwankathelo, iibhetri zeLiFePO4 zibonelela ngokhuseleko olukhulu, ubomi bomjikelo omude, ukuzinza okungcono kwe-thermal, kunye nomngcipheko ophantsi wokubaleka kwe-thermal.Iibhetri ze-NCM, kwelinye icala, zinoxinzelelo oluphezulu lwamandla kwaye zinokufaneleka ngakumbi kwizicelo ezixinzelelweyo zendawo ezifana neemoto zabahambi.

    Ukhetho phakathi kweeseli ze-LiFePO4 kunye ne-NCM zixhomekeke kwiimfuno ezithile zesicelo, kubandakanywa ukhuseleko, ubuninzi bamandla, ubomi bomjikelezo, kunye nokuqwalaselwa kweendleko.

  • 8. Yintoni iBattery Cell Balancing?

    Ukulinganisa iiseli zebhetri yinkqubo yokulinganisa amanqanaba entlawulo yeeseli nganye ngaphakathi kwebhetri.Iqinisekisa ukuba zonke iiseli zisebenza ngokufanelekileyo ukuphucula ukusebenza, ukhuseleko, kunye nobomi obude.Kukho iindidi ezimbini: ukulinganisa okusebenzayo, okugqithisa intlawulo phakathi kweeseli, kunye nokulinganisa okwenziwayo, okusebenzisa izixhasi ukutshabalalisa intlawulo engaphezulu.Ukulinganisa kubalulekile ukunqanda ukutshaja okanye ukukhupha kakhulu, ukunciphisa ukuthotywa kweeseli, kunye nokugcina umthamo ofanayo kwiiseli zonke.

  • 1. Ngaba iibhetri zeLithium Ion zinokutshajwa nanini na?

    Ewe, iibhetri zeLithium-ion zinokutshajiswa nangaliphi na ixesha ngaphandle kokwenzakala.Ngokungafaniyo neebhetri ze-lead-acid, iibhetri ze-lithium-ion azihlupheki kwizinto ezingalunganga xa zihlawulwe ngokuyinxenye.Oku kuthetha ukuba abasebenzisi banokusebenzisa ithuba lokutshaja, okuthetha ukuba banokuqhobosha ibhetri ngexesha elifutshane elifana nekhefu lesidlo sasemini ukunyusa amanqanaba entlawulo.Oku kuvumela abasebenzisi ukuba baqinisekise ukuba ibhetri ihlala igcwaliswe ngokupheleleyo imini yonke, ukunciphisa umngcipheko wokuba ibhetri ibe phantsi ngexesha lemisebenzi ebalulekileyo okanye imisebenzi.

  • 2. Zingaphi ii-Cycles eziGcina iibhetri zeGeePower Lifepo4?

    Ngokwedatha yelebhu, iibhetri ze-GeePower LiFePO4 zilinganiswe ukuya kuthi ga kwimijikelo ye-4,000 kwi-80% yobunzulu bokukhutshwa.Enyanisweni, unokuyisebenzisa ixesha elide ukuba zikhathalelwe ngokufanelekileyo.Xa umthamo webhetri wehla ukuya kwi-70% yomthamo wokuqala, kuyacetyiswa ukuba uyilahle.

  • 3. Yintoni iBetri yokuZiqhelanisa noBubushushu?

    Ibhetri yeLiFePO4 yeGeePower inokuhlawuliswa kuluhlu lwe-0 ~ 45 ℃, inokusebenza kuluhlu lwe -20 ~ 55 ℃, ubushushu bokugcina buphakathi kwe-0 ~ 45 ℃.

  • 4. Ngaba ibhetri ineMeko yenkumbulo?

    Iibhetri zeLiFePO4 zeGeePower azinampembelelo yenkumbulo kwaye zinokutshajwa nangaliphi na ixesha.

  • 5. Ngaba Ndidinga Itshaja Ekhethekileyo Yebhetri Yam?

    Ewe, ukusetyenziswa okuchanekileyo kwetshaja kunempembelelo enkulu ekusebenzeni kwebhetri.Iibhetri zeGeePower zixhotyiswe ngetshaja ezinikeleyo, kufuneka usebenzise itshaja ezinikeleyo okanye itshaja evunywe ngamagcisa eGeePower.

  • 6. Ubushushu buwuchaphazela njani umsebenzi webhetri?

    Ubushushu obuphezulu (>25 ° C) iimeko ziya kwandisa ukusebenza kweekhemikhali zebhetri, kodwa ziya kunciphisa ubomi bebhetri kwaye zinyuse izinga lokuzikhupha.Ubushushu obuphantsi (<25°C) bunciphisa umthamo webhetri kwaye bunciphisa ukuzikhupha.Ngoko ke, ukusebenzisa ibhetri phantsi kwemeko malunga ne-25 ° C kuya kufumana ukusebenza okungcono kunye nobomi.

  • 7. Yeyiphi imisebenzi esinayo isiboniso se-LCD?

    Yonke ipakethe yebhetri yeGeePower idibana kunye nomboniso weLCD, onokubonisa idatha yokusebenza kwebhetri, kubandakanywa: I-SOC, i-Voltage, yangoku, iyure yokusebenza, ukungaphumeleli okanye ukungaqhelekanga, njl.

  • 8. Isebenza njani i-BMS?

    Inkqubo yoLawulo lweBattery (BMS) licandelo elibalulekileyo kwipakethe yebhetri ye-lithium-ion, eqinisekisa ukusebenza kwayo ngokukhuselekileyo nangempumelelo.

    Nantsi indlela esebenza ngayo:

    • Ukujongwa kwebhetri: I-BMS isoloko ibeka iliso kwiiparamitha ezahlukeneyo zebhetri, ezifana nombane, langoku, ubushushu, kunye nemo yentlawulo (SOC).Olu lwazi lunceda ukumisela impilo yebhetri kunye nokusebenza kwayo.
    • Ukulinganisa kweeseli: Iipakethi zebhetri zeLithium-ion ziquka iiseli ezininzi, kwaye i-BMS iqinisekisa ukuba iseli nganye ilinganiswe ngokwemigaqo yombane.Ulungelelwaniso lweseli luqinisekisa ukuba akukho seli enye itshajwa kakhulu okanye itshajwa kancinane, ngaloo ndlela kunyuswa umthamo uwonke kunye nobomi obude bepakethi yebhetri.
    • Ukhuseleko loKhuseleko: I-BMS ineendlela zokhuseleko zokukhusela ipakethi yebhetri kwiimeko ezingaqhelekanga.Umzekelo, ukuba ubushushu bebhetri bugqithela ngaphaya kwemida ekhuselekileyo, i-BMS inokuvula iinkqubo zokupholisa okanye ikhuphe ibhetri kumthwalo ukunqanda umonakalo.
    • Uqikelelo lweNtengo yeNtrlawulo: I-BMS iqikelela i-SOC yebhetri ngokusekwe kwizinto ezahlukeneyo ezifakiweyo, kubandakanywa amandla ombane, angoku, kunye nedatha yembali.Olu lwazi lunceda ukumisela umthamo oseleyo webhetri kwaye yenza uqikelelo oluchaneke ngakumbi lobomi bebhetri kunye noluhlu.
    • Unxibelelwano: I-BMS ihlala idibanisa kunye nenkqubo yonke, njengemoto yombane okanye inkqubo yokugcina amandla.Inxibelelana neyunithi yolawulo lwenkqubo, ibonelela ngedatha yexesha langempela kunye nemiyalelo yokufumana intlawulo, ukukhutshwa, okanye eminye imisebenzi.
    • Uxilongo lwempazamo kunye nokuNika iNgxelo: I-BMS inokufumanisa iimpazamo okanye izinto ezingaqhelekanga kwipakethi yebhetri kwaye inike izilumkiso okanye izaziso kumsebenzisi wenkqubo okanye umsebenzisi.Inokuthi ifake idatha yohlalutyo lwamva ukuchonga nayiphi na imiba eqhubekayo.

    Ngokubanzi, i-BMS idlala indima ebalulekileyo ekuqinisekiseni ukhuseleko, ixesha elide, kunye nokusebenza kweepakethe zebhetri ze-lithium-ion ngokubeka iliso ngenkuthalo, ukulinganisa, ukukhusela, kunye nokubonelela ngolwazi olubalulekileyo malunga nobume bebhetri.

  • 1. Zeziphi iziQinisekiso ezigqithiselwe kwiibhetri zethu zeLithium?

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

  • 2. Kwenzeka ntoni ukuba iiseli zebhetri ziyomile?

    Ukuba iiseli zebhetri zomile, oko kuthetha ukuba zikhutshiwe ngokupheleleyo, kwaye akukho mandla akhoyo kwibhetri.

    Nantsi into eyenzekayo xa iiseli zebhetri zomile:

    • Ukulahlekelwa Amandla: Xa iiseli zebhetri zomile, isixhobo okanye inkqubo eqhutywa yibhetri iya kuphelelwa ngamandla.Iza kuyeka ukusebenza de ibhetri itshajwe ngokutsha okanye itshintshwe.
    • I-Voltage Drop: Njengoko iiseli zebhetri zomile, ukuphuma kwamandla ebhetri kuya kuhla kakhulu.Oku kunokubangela ukwehla kwindlela yokusebenza okanye ukusebenza kwesixhobo esiqhutywayo.
    • Umonakalo onokwenzeka: Kwezinye iimeko, ukuba ibhetri ikhutshwe ngokupheleleyo kwaye ishiywe kweso simo ixesha elide, kunokukhokelela kumonakalo ongenakuguqulwa kwiiseli zebhetri.Oku kunokukhokelela ekucuthekeni komthamo webhetri okanye, kwiimeko ezinzima, ibhetri ingasebenzi.
    • Iindlela zokuKhusela iBattery: Uninzi lweenkqubo zebhetri zanamhlanje zineendlela zokukhusela ezakhelwe ngaphakathi zokuthintela iiseli ukuba zingome ngokupheleleyo.Ezi sekethe zokukhusela zijonga amandla ombane ebhetri kwaye ziyithintele ekukhupheni ngaphaya komda othile ukuqinisekisa ubude kunye nokhuseleko lwebhetri.
    • Ukutshaja ngokutsha okanye ukuBuyiselwa ngokutsha: Ukubuyisela amandla ebhetri, kufuneka itshajwe ngokutsha kusetyenziswa indlela efanelekileyo yokutshaja kunye nesixhobo.

    Nangona kunjalo, ukuba iiseli zebhetri zonakalisiwe okanye zonakaliswe kakhulu, kunokuba yimfuneko ukutshintsha ibhetri ngokupheleleyo.Kubalulekile ukuqaphela ukuba iintlobo ezahlukeneyo zeebhetri zineempawu ezahlukeneyo zokukhupha kunye nobunzulu obucetyiswayo bokukhupha.Kuyacetyiswa ngokubanzi ukunqanda ukukhupha ngokupheleleyo iiseli zebhetri kwaye uzitshaje kwakhona ngaphambi kokuba zome ukuqinisekisa ukusebenza okugqibeleleyo kunye nokwandisa ixesha lokuphila kwebhetri.

  • 3. Ngaba iibhetri ze-GeePower Lithium-Ion zikhuselekile?

    Iibhetri ze-lithium-ion ze-GeePower zibonelela ngeempawu zokhuseleko ezikhethekileyo ngenxa yezinto ezahlukeneyo:

    • Iiseli zebhetri zeBanga A: Sisebenzisa kuphela iibrendi ezaziwayo ezibonelela ngeebhetri ezisebenza kakhulu.Ezi seli ziyilelwe ukuba zikwazi ukuqhuma, i-anti-short circuit, kunye nokuqinisekisa ukusebenza okufanayo kunye nokukhuselekileyo.
    • Ikhemistri yebhetri: Iibhetri zethu zisebenzisa i-lithium iron phosphate (LiFePO4), eyaziwayo ngokuzinza kweekhemikhali.Ikwanayo nelona qondo lobushushu liphezulu le-thermal elibalekayo xa lithelekiswa nenye ikhemistri ye-lithium-ion, inika umaleko owongezelelweyo wokhuseleko kunye neqondo lobushushu le-270 °C (518F).
    • Itekhnoloji yeeseli zePrismatic: Ngokungafaniyo neeseli ze-cylindrical, iiseli zethu zeprismatic zinomthamo ophezulu (> 20Ah) kwaye zifuna uxhulumaniso lwamandla ambalwa, ukunciphisa umngcipheko wemiba enokwenzeka.Ukongeza, imivalo yebhasi eguquguqukayo esetyenziselwa ukudibanisa ezi seli zizenza zikwazi ukumelana nokungcangcazela.
    • Ubume beklasi yesithuthi sombane kunye noyilo lokugquma: Siye sayila iipakethi zethu zebhetri ngokukodwa kwizithuthi zombane, siphumeza isakhiwo esomeleleyo kunye nokugquma ukomeleza ukhuseleko.
    • Uyilo lwemodyuli yeGeePower: Iipakethi zethu zebhetri ziyilwe ngozinzo kunye namandla engqondweni, ziqinisekisa ukungaguquguquki kunye nokusebenza kakuhle kwendibano.
    • I-Smart BMS kunye nesiphaluka esikhuselayo: Ipaki nganye yebhetri yeGeePower ixhotyiswe ngeNkqubo yoLawulo lweBattery ehlakaniphile (BMS) kunye nesekethe yokukhusela.Le nkqubo ihlala ibeka iliso kwiqondo lokushisa kunye nokukhoyo kweeseli zebhetri.Ukuba kufunyenwe nayiphi na ingozi okanye umngcipheko, inkqubo iyacima ukugcina ukusebenza kwebhetri kwaye yandise ubomi bayo obulindelekileyo.

  • 4. Ngaba kukho iinkxalabo malunga nokutsha kweebhetri?

    Qiniseka ukuba, iipakethi zebhetri zeGeePower ziyilwe ngokhuseleko njengento ephambili.Iibhetri zisebenzisa itekhnoloji ephezulu, efana nekhemistri ye-lithium iron phosphate, eyaziwa ngokuzinza kwayo okukhethekileyo kunye nomda wobushushu obuphezulu.Ngokungafaniyo nezinye iintlobo zeebhetri, iibhetri zethu ze-lithium iron phosphate zinomngcipheko omncinci wokubamba umlilo, ngenxa yeempawu zabo zeekhemikhali kunye namanyathelo okhuseleko olungqongqo oluphunyezwe ngexesha lokuvelisa.Ukongeza, iipakethi zebhetri zixhotyiswe ngokhuseleko oluntsonkothileyo oluthintela ukutshaja kunye nokukhutshwa ngokukhawuleza, ngakumbi ukunciphisa nayiphi na ingozi enokwenzeka.Ngokudityaniswa kwezi mpawu zokhuseleko, unokuba noxolo lwengqondo ukwazi ukuba amathuba okuba iibhetri zibambe umlilo aphantsi kakhulu.

  • 1. Ngaba ibhetri iya kuzikhuphela ngokwalo xa umbane ucinyiwe?

    Yonke ibhetri, kungakhathaliseki ukuba yiyiphi impawu yeekhemikhali, ine-self-discharge phenomena.Kodwa izinga lokuzikhupha kwebhetri ye-LiFePO4 liphantsi kakhulu, lingaphantsi kwe-3%.

    Ingqalelo 

    Ukuba ubushushu be-ambient buphezulu;Nceda uqaphele i-alamu yobushushu obuphezulu benkqubo yebhetri;Musa ukuhlawula ibhetri ngokukhawuleza emva kokusetyenziswa kwindawo yokushisa ephezulu, kufuneka uvumele ibhetri iphumle ngaphezu kwemizuzu engama-30 okanye iqondo lokushisa liyehla ukuya ku-≤35 ° C;Xa ubushushu be-ambient ≤0 ° C, ibhetri kufuneka ihlawulwe ngokukhawuleza emva kokusebenzisa i-forklift ukukhusela ibhetri ukuba ibanda kakhulu ukuhlawulisa okanye ukwandisa ixesha lokutshaja;

  • 2. Ndingayikhupha ngokupheleleyo ibhetri ye-Lifepo4?

    Ewe, iibhetri zeLiFePO4 zinokukhutshwa ngokuqhubekayo kwi-0% SOC kwaye akukho siphumo sexesha elide.Nangona kunjalo, sincoma ukuba ukhuphe kuphela ukuya kwi-20% ukugcina ubomi bebhetri.

    Ingqalelo 

    Elona xesha lilungileyo leSOC lokugcina ibhetri: 50±10%

  • 3. Ngawaphi amaqondo obushushu endinokuthi ndiwabize kwaye ndikhuphe iPakhi yebhetri yeGeepower?

    I-GeePower Battery Packs kufuneka itshajwe kuphela ukusuka ku-0°C ukuya ku-45°C (32°F ukuya ku-113°F) kwaye ikhutshwe ukusuka ku--20 °C ukuya ku-55°C (-4°F ukuya ku-131 °F).

  • 4. Ngaba Uluhlu Lobushushu Liku-20 °c Ukuya Ku-55 °c (-4 °f Ukuya kwi-131 °f) LiBubushushu baNgaphakathi obuSebenzayo bePakethi Okanye iBuzulu ye-Ambient?

    Eli liqondo lobushushu langaphakathi.Kukho izinzwa zobushushu ngaphakathi kwipakethi ebeka iliso kubushushu bokusebenza.Ukuba iqondo lokushisa ligqithisiwe, i-buzzer iya kuvakala kwaye ipakethe iya kuvala ngokuzenzekelayo de ipakethe ivunyelwe ukupholisa / ukutshisa ngaphakathi kweeparamitha zokusebenza. 

  • 5. Ngaba uya kulubonelela ngoQeqesho?

    Ngokuqinisekileyo ewe, siya kukubonelela ngenkxaso yobugcisa be-intanethi kunye noqeqesho olubandakanya ulwazi olusisiseko lwebhetri ye-lithium, iingenelo zebhetri ye-lithium kunye nokudubula kweengxaki.Incwadi yomsebenzisi iya kunikezelwa kuwe kwangelo xesha.

  • 6. indlela yokuvusa ibhetri ye-LiFePO4?

    Ukuba ibhetri yeLiFePO4 (iLithium Iron Phosphate) ikhutshwe ngokupheleleyo okanye “ilele,” ungazama la manyathelo alandelayo ukuyivusa:

    • Qinisekisa ukhuseleko: Iibhetri zeLiFePO4 zinokuba novakalelo, ngoko ke nxiba iiglavu ezikhuselayo kunye nezibuko ngelixa uziphethe.
    • Jonga uqhagamshelwano: Qinisekisa ukuba lonke uqhagamshelo phakathi kwebhetri nesixhobo okanye itshaja lukhuselekile kwaye alunamonakalo.
    • Jonga amandla ebhetri: Sebenzisa iimitha ezininzi ukujonga umbane webhetri.Ukuba i-voltage ingaphantsi komgangatho ophantsi ocetyiswayo (ngokuqhelekileyo ujikeleze i-2.5 volts nganye kwiseli), yeqa ukuya kwisinyathelo sesi-5. Ukuba ingaphezulu kweli nqanaba, qhubela phambili kwisinyathelo sesi-4.
    • Ukutshaja ibhetri: Qhagamshela ibhetri kwitshaja efanelekileyo eyenzelwe ngokukodwa iibhetri zeLiFePO4.Landela imiyalelo yomenzi wokutshaja iibhetri zeLiFePO4 kwaye uvumele ixesha elaneleyo lokuba ibhetri itshaje.Jonga inkqubo yokutshaja ngokusondeleyo kwaye uqinisekise ukuba itshaja ayishushu kakhulu.Nje ukuba amandla ombane ebhetri afikelele kwinqanaba elamkelekileyo, kufuneka avuke kwaye aqalise ukwamkela intlawulo.
    • Ukutshaja kwakhona: Ukuba i-voltage iphantsi kakhulu ukuba ikwazi ukubonwa yitshaja eqhelekileyo, unokufuna itshaja “yokubuyisela”.Ezi tshaja zikhethekileyo ziyilelwe ukuba zichache ngokukhuselekileyo kwaye zivuselele iibhetri ze-LiFePO4 ezikhutshwe ngokunzulu.Ezi tshaja zihlala ziza nemiyalelo ethile kunye noseto lwemeko ezinjalo, ke qiniseka ukuba uyilandela ngononophelo imiyalelo enikiweyo.
    • Funa uncedo lobuchwephesha: Ukuba la manyathelo angentla awayivuseleli ibhetri, cinga ngokuyisa kwigcisa lebhetri elichwepheshile okanye ufikelele kumenzi webhetri ukuze ufumane uncedo olungaphaya.Ukuzama ukuvusa ibhetri yeLiFePO4 ngendlela engafanelekanga okanye ukusebenzisa iindlela zokutshaja ezingachanekanga kunokuba yingozi kwaye kungonakalisa ngakumbi ibhetri.

    Khumbula ukulandela izilumkiso ezifanelekileyo zokhuseleko ngelixa uphethe iibhetri kwaye usoloko ubhekisa kwizikhokelo zomenzi zokutshaja nokuphatha iibhetri zeLiFePO4.

  • 7. Kuyakuthatha ixesha elingakanani ukuhlawula?

    Ubude bexesha elithathayo ukuhlawula ibhetri ye-Li-ion kuxhomekeke kuhlobo kunye nobukhulu bomthombo wakho wokutshaja.Ixabiso lethu elinconywayo lentlawulo yi-50 amps nge-100 Ah ibhetri kwinkqubo yakho.Umzekelo, ukuba itshaja yakho i-20 amps kwaye kufuneka uhlawule ibhetri engenanto, kuya kuthatha iiyure ze-5 ukufikelela kwi-100%.

  • 8. Ingaba iibhetri zeGeePower LiFePO4 zinokugcinwa ixesha elingakanani?

    Kucetyiswa ngamandla ukugcina iibhetri ze-LiFePO4 ngaphakathi ngaphakathi ngexesha lokuphumla.Kukwacetyiswa ukuba kugcinwe iibhetri ze-LiFePO4 kwimeko yentlawulo (SOC) malunga ne-50% okanye ngaphezulu.Ukuba ibhetri igcinwe ixesha elide, hlawulisa ibhetri ubuncinane kanye kwiinyanga ezi-6 (kanye kwiinyanga ezi-3 ziyacetyiswa).

  • 9. Uyitshaja njani ibhetri yeLiFePO4?

    Ukutshaja ibhetri ye-LiFePO4 (ibhetri ye-Lithium Iron Phosphate) kulula ngokuthe ngqo.

    Nanga amanyathelo okutshaja ibhetri yeLiFePO4:

    Khetha itshaja efanelekileyo: Qinisekisa ukuba unebhetri efanelekileyo yetshaja yeLiFePO4.Ukusebenzisa itshaja eyenzelwe ngokukodwa iibhetri ze-LiFePO4 kubalulekile, njengoko ezi tshaja zine-algorithm yokutshaja echanekileyo kunye nesethingi yombane kolu hlobo lwebhetri.

    • Qhagamshela itshaja: Qinisekisa ukuba itshaja ayixhunyiwe kumthombo wamandla.Emva koko, qhagamshela i-positive yetshaja ephumayo (+) ekhokelela kwi-terminal eqinisekileyo yebhetri ye-LiFePO4, kwaye uqhagamshele i-negative (-) ephumayo ekhokelela kwi-terminal ye-negative yebhetri.Jonga kabini ukuba unxibelelwano lukhuselekile kwaye luqinile.
    • Faka itshaja: Nje ukuba uqhagamshelo lukhuselekile, qhagamshela itshaja kumthombo wamandla.Itshaja kufuneka ibe nesibane sokukhanya okanye isibonisi esibonisa isimo sokutshaja, esifana nebomvu xa itshaja kunye neluhlaza xa itshajiswe ngokupheleleyo.Jonga kwincwadi yomsebenzisi yetshaja ngemiyalelo ethile yokutshaja kunye nezalathi.
    • Beka iliso kwinkqubo yokutshaja: Gcina iliso kwinkqubo yokutshaja.Iibhetri ze-LiFePO4 ngokubanzi zine-voltage yokutshaja ekhuthazwayo kunye nekhoyo ngoku, ngoko kubalulekile ukuseta itshaja kula maxabiso acetyiswayo ukuba kunokwenzeka.Kuphephe ukutshaja kakhulu ibhetri, njengoko kunokubangela umonakalo okanye kunciphise ubomi bayo.
    • Tshaja ide igcwale: Vumela itshaja itshaje ibhetri yeLiFePO4 ide ifike kumthamo opheleleyo.Oku kungathatha iiyure ezininzi ngokuxhomekeke kubungakanani kunye nesimo sebhetri.Nje ukuba ibhetri igcwaliswe ngokupheleleyo, itshaja kufuneka izimise ngokuzenzekelayo okanye ifake imo yokulungisa.
    • Khupha itshaja: Yakube ibhetri igcwaliswe ngokupheleleyo, yikhuphe itshaja kwindawo yombane uze uyikhuphe ebhetrini.Qinisekisa ukuba uyiphatha ngononophelo ibhetri kunye netshaja, njengoko zinokufudumala ngexesha lokutshaja.

    Nceda uqaphele ukuba la ngamanyathelo aqhelekileyo, kwaye kusoloko kucetyiswa ukuba ubhekisele kwizikhokelo zomenzi webhetri kunye nencwadana yomsebenzisi yetshaja malunga nemiyalelo yokutshaja eneenkcukacha kunye namanyathelo okhuseleko.

  • 10. Uzikhetha njani ii-Bms kwiiseli ze-Lifepo4

    Xa ukhetha iNkqubo yoLawulo lweBattery (BMS) yeeseli zeLiFePO4, kufuneka uqwalasele ezi zinto zilandelayo:

    • Ukuhambelana kweeseli: Qinisekisa ukuba i-BMS oyikhethayo yenzelwe ngokukodwa iiseli ze-LiFePO4.Iibhetri ze-LiFePO4 zineprofayili eyahlukileyo yokutshaja kunye nokukhupha xa kuthelekiswa nezinye iikhemistri ze-lithium-ion, ngoko ke i-BMS kufuneka ihambelane nale khemistri ethile.
    • Umbane weseli kunye nomthamo: Qaphela amandla ombane kunye nomthamo weeseli zakho zeLiFePO4.I-BMS oyikhethayo kufuneka ilungele uluhlu lwamandla ombane kunye nomthamo weeseli zakho ezithile.Jonga iinkcukacha ze-BMS ukuze uqinisekise ukuba iyakwazi ukumelana nombane kunye nomthamo webhetri yakho.
    • Iimpawu zokhuseleko: Jonga i-BMS ebonelela ngeempawu zokhuseleko ezibalulekileyo ukuqinisekisa ukusebenza ngokukhuselekileyo kwebhetri yakho yeLiFePO4.Ezi mpawu zingabandakanya ukukhuselwa kwe-overcharge, ukukhuselwa kokukhutshwa ngokugqithiseleyo, ukukhuselwa kwe-overcurrent, ukukhusela isiphaluka esifutshane, ukubeka iliso kwiqondo lokushisa, kunye nokulinganisa i-voltages yeseli.Unxibelelwano kunye nokubeka iliso: Cinga ukuba ufuna i-BMS ukuba ibe nezakhono zokunxibelelana.Ezinye iimodeli ze-BMS zibonelela ngeempawu ezifana nokujongwa kwamandla ombane, ukujonga kwangoku, kunye nokujongwa kweqondo lobushushu, ezinokufikelelwa ukude ngeprothokholi yonxibelelwano efana ne-RS485, ibhasi ye-CAN, okanye iBluetooth.
    • Ukuthembeka kwe-BMS kunye nomgangatho: Khangela i-BMS kumvelisi othembekileyo owaziwa ngokuvelisa iimveliso ezithembekileyo nezikumgangatho ophezulu.Cinga ngokufunda uphononongo kwaye ujonge irekhodi lomenzi wokuhambisa izisombululo ezomeleleyo nezithembekileyo ze-BMS.Uyilo kunye nofakelo: Qinisekisa ukuba i-BMS yenzelwe ukudibanisa lula kunye nokufakwa kwibhetri yakho.Qwalasela izinto ezifana nobukhulu bomzimba, ukhetho lokunyuswa, kunye neemfuno zocingo zeBMS.
    • Iindleko: Thelekisa amaxabiso eenketho ezahlukeneyo ze-BMS, ukhumbula ukuba umgangatho nokuthembeka zizinto ezibalulekileyo.Cinga ngeempawu kunye nokusebenza okufunayo kwaye ufumane ulungelelwaniso phakathi kokuphumelela kweendleko kunye nokuhlangabezana neemfuno zakho.

    Ekugqibeleni, i-BMS ethile oyikhethayo iya kuxhomekeka kwiimfuno ezithile zebhetri yakho yeLiFePO4.Qinisekisa ukuba i-BMS iyahlangabezana nemigangatho yokhuseleko eyimfuneko kwaye ineempawu kunye neenkcukacha ezihambelana neemfuno zebhetri yakho.

  • 11. Kwenzeka ntoni ukuba uTshaja ngaphezulu ibhetri ye-Lifepo4

    Ukuba utshaja kakhulu ibhetri yeLiFePO4 (Lithium Iron Phosphate), inokukhokelela kwiziphumo ezininzi ezinokubakho:

    • I-Thermal Runaway: Ukutshaja kakhulu kunokubangela ukuba ubushushu bebhetri bunyuke kakhulu, nto leyo enokukhokelela kwimeko yokubaleka kwe-thermal.Le yinkqubo engalawulekiyo kunye nokuziqinisa apho ubushushu bebhetri buqhubeka bukhula ngokukhawuleza, obunokubangela ukukhutshwa kwezixa eziphezulu zokushisa okanye nomlilo.
    • Ukunciphisa ixesha lokuphila kwebhetri: Ukutshaja kakhulu kunokunciphisa kakhulu ubomi bebhetri yeLiFePO4.Ukugqithisa ngokuqhubekayo kunokubangela umonakalo kwiseli yebhetri, ekhokelela ekunciphiseni umthamo kunye nokusebenza ngokubanzi.Ngokuhamba kwexesha, oku kunokukhokelela kubomi obufutshane bebhetri.
    • Iingozi zokhuseleko: Ukutshaja ngokugqithiseleyo kunokunyusa uxinzelelo ngaphakathi kwiseli yebhetri, enokuthi ekugqibeleni ibangele ukukhutshwa kwegesi okanye ukuvuza kwe-electrolyte.Oku kunokubangela iingozi zokhuseleko ezifana nomngcipheko wogqabhuko-dubulo okanye umlilo.
    • Ukuphulukana nomthamo webhetri: Ukutshaja kakhulu kunokubangela umonakalo ongaguqukiyo kunye nokulahleka kwamandla kwiibhetri zeLiFePO4.Iiseli zinokuthi zihlupheke ngokunyuka kokuzikhupha kunye nokunciphisa amandla okugcina amandla, okuchaphazela ukusebenza kwazo zonke kunye nokusetyenziswa.

    Ukuthintela ukutshaja kunye nokuqinisekisa ukusebenza ngokukhuselekileyo kweebhetri ze-LiFePO4, kucetyiswa ukuba kusetyenziswe iNkqubo efanelekileyo yoLawulo lweBattery (BMS) ebandakanya ukukhuselwa kwe-overcharge.I-BMS ibeka iliso kwaye ilawula inkqubo yokutshaja ukuthintela ibhetri ukuba ingagqithisi, iqinisekisa ukusebenza kwayo ngokukhuselekileyo kunye nokusebenza kakuhle.

  • 12. Uzigcina njani iibhetri ze-Lifepo4?

    Xa kufikwa ekugcineni iibhetri zeLiFePO4, landela ezi zikhokelo ukuqinisekisa ubomi obude kunye nokhuseleko:

    Ukutshaja iibhetri: Phambi kokugcina iibhetri zeLiFePO4, qiniseka ukuba zitshajwe ngokupheleleyo.Oku kunceda ukuthintela ukuzikhupha ngexesha lokugcinwa, okunokubangela ukuba umbane webhetri wehle kakhulu.

    • Jonga amandla ombane: Sebenzisa iimitha ezininzi ukulinganisa amandla ombane ebhetri.Ngokufanelekileyo, i-voltage kufuneka ibe malunga ne-3.2 - 3.3 volts ngeseli nganye.Ukuba i-voltage iphezulu kakhulu okanye iphantsi kakhulu, ingabonisa ingxaki ngebhetri, kwaye kufuneka ufune uncedo lwengcali okanye uqhagamshelane nomenzi.
    • Gcina kwiqondo lokushisa eliphakathi: Iibhetri ze-LiFePO4 kufuneka zigcinwe kwindawo epholileyo, eyomileyo kunye nobushushu obuphakathi phakathi kwe-0-25 ° C (32-77 ° F).Ubushushu obugqithisileyo bunokuthoba ukusebenza kwebhetri kwaye kunciphise ubomi bayo.Kuphephe ukuzigcina elangeni okanye kufuphi nemithombo yobushushu.
    • Khusela ukufuma: Qinisekisa ukuba indawo yokugcina yomile, njengoko ukufuma kungonakalisa ibhetri.Gcina iibhetri kwizikhongozeli ezingangeni moya okanye ezingxoweni ukunqanda ukuba sesichengeni sokufuma okanye ukufuma.
    • Kuphephe ukucinezeleka koomatshini: Khusela iibhetri kwiimpembelelo zomzimba, uxinzelelo, okanye ezinye iindlela zoxinzelelo lomatshini.Lumka ukuba ungaziwisa okanye uzityumze, njengoko zingonakalisa amalungu angaphakathi.
    • Nqamula kwizixhobo: Ukuba ugcina iibhetri ze-LiFePO4 kwizixhobo ezifana neekhamera okanye izithuthi zombane, zisuse kwizixhobo ngaphambi kokugcinwa.Ukushiya iibhetri ziqhagamshelwe kwizixhobo kunokukhokelela ekukhupheni amanzi ngokungeyomfuneko kwaye kusenokonakalisa ibhetri okanye isixhobo.
    • Khangela rhoqo i-voltage: Kucetyiswa ukuba uhlolisise umbane weebhetri ze-LiFePO4 ezigciniweyo rhoqo emva kweenyanga ezimbalwa ukuqinisekisa ukuba zigcina umgangatho owamkelekileyo wentlawulo.Ukuba i-voltage yehla kakhulu ngexesha lokugcinwa, cinga ngokutshaja iibhetri ukuze ugweme umonakalo ovela ekukhutshweni okunzulu.

    Ngokulandela ezi zikhokelo zokugcina, unokuphucula ubomi kunye nokusebenza kweebhetri zakho zeLiFePO4.

  • 1. Bubuphi ubomi obulindelekileyo bebhetri?

    Iibhetri zeGeePower zingasetyenziswa ngaphezulu kwe-3,500 yemijikelo yobomi.Ubomi boyilo lwebhetri bungaphezulu kweminyaka eyi-10.

  • 2. Yintoni iPolisi yeWaranti?

    Iwaranti yebhetri iminyaka emi-5 okanye iiyure ezili-10,000, nokuba yeyiphi na eza kuqala.I-BMS inokubeka iliso kuphela ixesha lokukhutshwa, kwaye abasebenzisi banokusebenzisa ibhetri rhoqo, ukuba sisebenzisa umjikelezo wonke ukuchaza iwaranti, ayiyi kuba yinto engafanelekanga. abasebenzisi.Yiyo loo nto iwaranti iyiminyaka emi-5 okanye iiyure ezingama-10,000, nokuba yeyiphi eza kuqala.

  • 1. Ziziphi iindlela zokuthumela esinokuzikhetha kwibhetri ye-lithium?

    Ngokufana ne-lead acid, kukho imiyalelo yokupakisha ekufuneka ilandelwe xa kuthunyelwa.Kukho iinketho ezininzi ezikhoyo ngokuxhomekeke kuhlobo lwebhetri ye-lithium kunye nemimiselo ekhoyo:

    • Ukuhanjiswa komhlaba: Le yeyona ndlela ixhaphakileyo yokuthumela iibhetri ze-lithium kwaye ivunyelwe ngokubanzi kuzo zonke iintlobo zeebhetri ze-lithium.Ukuhanjiswa kwenqanawa emhlabeni ngokuqhelekileyo akuthinteli kangako kuba akubandakanyi imigaqo yothutho lomoya efanayo.
    • I-Air Shipping (Cargo): Ukuba iibhetri ze-lithium zithunyelwa ngomoya njengempahla, kukho imimiselo ethile ekufuneka ilandelwe.Iintlobo ezahlukeneyo zeebhetri ze-lithium (ezifana ne-lithium-ion okanye i-lithium-metal) zinokuba nezithintelo ezahlukeneyo.Kubalulekile ukuthobela imimiselo ye-International Air Transport Association (IATA) kwaye ukhangele kunye ne-airline nayiphi na imfuno ethile.
    • Ukuthumela ngoMoya (Abakhweli): Ukuthumela iibhetri ze-lithium kwiinqwelo-moya zabahambi kuthintelwe ngenxa yeenkxalabo zokhuseleko.Nangona kunjalo, kukho okungafaniyo kwiibhetri ezincinci ze-lithium kwizixhobo zabathengi ezinjengee-smartphones okanye iilaptops, ezivumelekileyo njengokuthwala okanye ukujongwa kwemithwalo.Kwakhona, kubalulekile ukujonga kwinkampani yeenqwelomoya ngayo nayiphi na imida okanye izithintelo.
    • Ukuhanjiswa kwenqanawa elwandle: Uthutho lwaselwandle ngokuqhelekileyo aluthinteli kangako xa kufikwa ekuthumeleni iibhetri ze-lithium.Nangona kunjalo, kusabalulekile ukuthobela iKhowudi yeMpahla eDangerous yaseLwandle (IMDG) yamazwe ngamazwe kunye nayo nayiphi na imimiselo ethile yokuthumela iibhetri ze-lithium ngolwandle.
    • Iinkonzo ze-Courier: Iinkonzo ze-Courier ezifana ne-FedEx, i-UPS, okanye i-DHL inokuba nezikhokelo zabo ezithile kunye nezithintelo zokuthumela iibhetri ze-lithium.

    Kubalulekile ukujonga kunye nenkonzo ye-courier ukuqinisekisa ukuthotyelwa kwemimiselo yabo.Kungakhathaliseki ukuba yeyiphi indlela yokuthumela ekhethiweyo, kubalulekile ukupakisha kunye nokubhala iibhetri ze-lithium ngokuchanekileyo ngokwemigaqo echaphazelekayo ukuqinisekisa ukuthutha okukhuselekileyo.Kwakhona kubalulekile ukuba uzifundise kwimimiselo ethile kunye neemfuno zohlobo lwebhetri ye-lithium oyithumelayo kwaye ubonisane nomthwali wokuthutha nayiphi na imigaqo ethile enokuba nayo.

  • 2. Ngaba unomthumeli wempahla ukuze asincede sithumele iibhetri ze-lithium?

    Ewe, sinee-arhente zokuthumela ngokubambisana ezinokuthutha iibhetri ze-lithium.Njengoko sonke siyazi, iibhetri ze-lithium zisajongwa njengempahla eyingozi, ngoko ke ukuba i-arhente yakho yokuthumela ayinazo iziteshi zothutho, i-arhente yethu yokuthutha inokuthuthela yona.