Ubuchwepheshe bebhethri bebhethri be-BNT le-Green Li-ion
kukhiqiza i-99.9% yebhethri elihlanzekile.
Yini ibhethri le-lithium-ion?
I-Lithium-Ion ibhethri lemenclature isetshenziselwa ukuchaza amayunithi amaningi okugcina amandla aqukethe amabhethri amaningi e-lithium-ion. Ibhethri le-lithium-ion,
Ngakolunye uhlangothi, uhlobo lweyunithi yokulondolozwa kwamandla ekhiqizwa nge-lithium-ion alloy. Amabhethri e-Lithium-Ion aqukethe izingxenye ezine eziyisisekelo: ICHOODE
.
Ibhethri le-lithium-ion ukusebenza, okukhona ngogesi kufanele kuqala ukugeleza kuzo zombili iziphetho. Lapho kufakwa manje kwamanje, ngokufanelekile futhi kukhokhiswa kabi
I-Lithium ion ku-leclecrolyte ye-liquid iqala ukuhamba phakathi kwe-anode ne-cathode. Ngakho-ke, amandla kagesi agcinwe ngaphakathi adluliswa kusuka
ibhethri kwimishini edingekayo. Lokhu kunika amandla idivaysi ukwenza yonke imisebenzi yedivayisi, ngokuya ngobuningi bamandla we
ibhethri / ibhethri.
Yiziphi izici zebhethri ze-lithium-ion?
> Kuwuhlobo lwebhethri elivuselelwa kabusha.
> Ingathwalwa kalula ngenxa yevolumu yayo encane.
> Inesici esiphezulu sokugcina amandla ngokuqhathaniswa nesisindo sayo.
> Ishaja ngokushesha kunezinye izinhlobo zamabhethri.
> Njengoba kungekho nkinga yemfomm inkumbulo, asikho isidingo sokugcwalisa okugcwele nokusetshenziswa.
> Impilo yayo ewusizo iqala kusukela ngosuku lokukhiqiza.
> Amandla abo ancishiswa ngamaphesenti angama-20 kuye kwangama-30 unyaka ngamunye uma kungenzeka ukusetshenziswa kanzima.
> Izinga lokulahlekelwa kwamandla okwesikhathi liyahlukahluka ngokuya ngokushisa lapho kusetshenziswa khona.
Yiziphi izinhlobo zamabhethri asetshenziswa?
Kunezinhlobo zebhethri ezingaphezu kwe-10 ezizamile futhi zakhiwe ezimotweni zikagesi kuze kube manje. Ngenkathi abanye babo bengakhethwa ngenxa yezinkinga zabo zokuphepha kanye nezici ezisheshayo zokukhishwa, ezinye azisetshenziswa kabanzi ngenxa yezindleko zazo eziphakeme. Ngakho-ke ake sibheke okuvelele kakhulu kubo!
1. Hola amabhethri e-acid
Ngenye yezinhlobo zokuqala zamabhethri asetshenziswa ezimotweni. Akukhethwa namuhla ngenxa ye-voltage yayo ephansi ephansi kanye nobuningi bamandla.
2. Amabhethri we-Nickel Cadmium
Inobunzima obukhulu bamandla ngokuqhathaniswa namabhethri e-lead-acid. Kunzima ukuyisebenzisa ezimotweni zikagesi (izimoto zikagesi: eV) ngenxa yokuzidela okusheshayo kanye nomphumela wokukhumbula.
3. Amabhethri we-nickel metal hydride
Uhlobo lwebhethri olunye olukhiqizwa ngokusebenzisa i-Metal Hydrate ukulungisa izici ezingezinhle zamabhethri weNickel-Cadmium. Inobukhulu obukhulu bamandla kunamabhethri ama-nickel-cadmium. Akubhekwa njengezilungele i-EVS ngenxa yezinga layo eliphakeme lokuzikhulula nokuba sengozini yokuphepha uma kwenzeka kulayishwa ngokweqile.
4. I-Lithium iron phosphate amabhethri
Kuphephile, ubukhulu obuphakeme nokuhlala isikhathi eside. Kodwa-ke, ukusebenza kwayo kuphansi kunalokho kwamabhethri e-lithium-ion. Ngalesi sizathu, yize kusetshenziswa ngokusetshenziswa kumadivayisi kagesi, akukhethwanga kubuchwepheshe be-EV.
5. Amabhethri we-Lithium Sulfide
Kuluhlobo lwebhethri olusekelwa yi-lithium-based, kepha esikhundleni se-ion alloy, i-sulfur isetshenziswa njengezinto ze-cathode. Inobunzima obuphezulu bamandla kanye nokushaja ukusebenza kahle. Kodwa-ke, ngoba inesikhathi sokuphila esijwayelekile, ime ngemuva ngokuqhathaniswa ne-lithium-ion.
6. I-Lithium Ion Polymer Amabhethri
Uhlobo oluthuthuke kakhulu lwe-Lithium-Ion Battery Technology. Kubonisa cishe izakhiwo ezifanayo namabhethri ajwayelekile we-lithiyum.
Kodwa-ke, njengoba impahla ye-polymer isetshenziswa njenge-electrolyte esikhundleni soketshezi, ukusebenza kwalo kuphakeme. Kuthembisa ubuchwepheshe be-eV.
7. Amabhethri e-Lithium Titanate
Kungukuthuthukiswa kwamabhethri e-lithium-ion nge-lithium-titanate nanocrystals esikhundleni sekhabhoni engxenyeni ye-anode. Ingakhokhiswa ngokushesha kunamabhethri e-lithium-ion. Kodwa-ke, ama-voltage aphansi amabhethri e-lithium-ion angaba yingozi ye-EVS.
8. Amabhethri we-Graphene
Kungenye yebhethri elisha kakhulu lebhethri. Uma kuqhathaniswa ne-lithium-ion, isikhathi sokushaja sifushane kakhulu, umjikelezo wokushaja mude kakhulu, isilinganiso sokushisa siphansi kakhulu, amandla aphakeme kakhulu, futhi umthamo wokuphinda usebenzise kabusha uphezulu kwamaphesenti ayi-100. Kodwa-ke, isikhathi sokusetshenziswa kwamacala sifushane kune-lithium ion, futhi izindleko zokukhiqiza ziphezulu kakhulu.
Kungani sisebenzisa amabhethri e-LifePo4 Lithium
Izicelo ezahlukahlukene & yini izinzuzo?
Kuluhlobo lwebhethri olunokugcwaliswa okuphezulu kokugcwalisa okuphezulu, okuphephile futhi okuhlala isikhathi eside.
Inempilo ende eqhathaniswa nezinye izinhlobo zamabhethri. Banempilo ewusizo yeminyaka emihlanu kuya kwayi-10.
Inomjikelezo omude wokushaja (amaphesenti ayi-100 kuye kwayi-0) ukusetshenziswa okungu-2 000.
Isidingo sokulungisa siphansi kakhulu.
Inganikeza amandla aphezulu aze afike kuma-watts ayi-150 ngekhilogremu ngehora.
Inikeza ukusebenza okuphezulu noma ngaphandle kokufinyelela ukugcwaliswa kwamaphesenti ayi-100.
Asikho isidingo sokuba amandla kuwo ukuze sinciphiswe ngokuphelele (Imemori Effect) ukuze iphinde isebenze kabusha.
Kukhiqizwa ukukhokhisa kuze kube ngamaphesenti angama-80 ngokushesha bese kuthi kancane kancane. Ngakho-ke, isindisa isikhathi futhi ihlinzeka ngokuphepha.
Inesilinganiso esiphansi sokuzikhulula uma kuqhathaniswa nezinye izinhlobo zebhethri lapho zingasebenzi.
BNT Lithium-Ion Technology Technology?
Ku-BNT siklama amabhethri ukuba:
1. Ukulindelwa Kwempilo Okude
Impilo yokuqamba ifinyelela eminyakeni eyi-10 ye-LFP yebhethri yebhethri ingaphezulu kwama-80% ashiywe ngemuva kwe-1C ukushaja & ukuphuma ngaphansi kwe-100% DOD Isimo semijikelezo engama-3500. Impilo ye-Design ifinyelela eminyakeni eyi-10. Ngenkathi ibhethri le-lead-acid lizophela kuphela
Cycle izikhathi ezingama-500 ku-80% DOD.
2. Isisindo esingaphansi
Isigamu sobukhulu nesisindo sithathe umthwalo omkhulu we-turf, ukuvikela enye yempahla ebaluleke kakhulu yekhasimende.
Isisindo esilula futhi sisho ukuthi inqola yegalofu ingafinyelela isivinini esiphakeme nge-effort engaphansi futhi iphathe isisindo esithe xaxa ngaphandle kokuzizwa uvilapha kubahlali.
3. Isondlo Free
Isondlo MAHHALA. Akukho manzi, akukho ukuqinisa okubulawa kanye nokuhlanza amadiphozithi we-acid ngaphezulu kwamabhethri ethu.
4. Ihlanganisiwe & Ukuqina
Ukumelana nomthelela, ubufakazi bamanzi, ukumelana nokugqwala, ukuhlukaniswa kokushisa okuphezulu, ukuvikelwa kokuphepha okuvelele ....
Umkhawulo we-5.Higher
Amabhethri we-BNT aklanyelwe ukuvumela ukuphuma / ukushaja imali yamanje, ukunqunywa okuphezulu ....
6. Ukuqina okwengeziwe
Ukuqina Okuningi ukuvumela abasebenzisi ukuthi basebenzise amabhethri ezimweni ezihlukile
"Senze ama-Strides asheshayo kubuchwepheshe, sihlinzeka ngamabhethri athembekile ezicelo ezahlukahlukene &
izixazululo zephrojekthi ezithembekile. Inikeza ukuqeqeshwa kochwepheshe / ukwesekwa kwezobuchwepheshe.
Singaphezu kwenkampani yebhethri ... "
