Itekhnoloji ye-BNT ye-BNT i-IOI yeTekhnoloji yokuphinda isebenze kwakhona
uvelise i-99.9% ibhetri ecocekileyo.
Yintoni ibhetri ye-lithium-ion?
I-Lithium-ion yebhetri isetyenziselwa ukuchaza iiyunithi zokugcina amandla amaninzi ezibandakanya iibhetri ze-lithium-ion-ion. Ibhetri ye-lithium-ion,
Kwelinye icala, luhlobo lweyunithi yokugcina amandla eveliswe nge-lithium-ion. Ibhetri ye-lithium-ion iquka izinto ezine ezisisiseko: i-canode
.
Ibhetri ye-lithium-ion yokusebenza, umbane wangoku kufuneka uqale ukuhamba emva kweziphelo zombini. Xa kusetyenziswe okwangoku, ngokuqinisekileyo kwaye ihlawulwe kakubi
I-ILINIM i-ions kwi-electrolyte ye-electrolyte iqala ukuhamba phakathi kwe-anode kunye ne-canode. Ke, amandla ombane agcinwe ngaphakathi adluliselwe
ibhetri kwizixhobo ezifanelekileyo. Oku kwenza ukuba ifowuni isebenze yonke imisebenzi yesixhobo, kuxhomekeka kwi-versity yamandla ye
ibhetri / ibhetri.
Zithini iimpawu ze-lithium-ion?
> Luhlobo lwebhetri enokuphinda yenziwe.
> Inokuqhutywa ngokulula ngenxa yomthamo wayo omncinci.
> Inendawo yokugcina amandla aphezulu xa kuthelekiswa nobunzima bayo.
> Ibambisa ngokukhawuleza kunezinye iintlobo zeebhetri.
> Kuba akukho ngxaki yenkumbulo, akukho mfuneko yokuzaliswa ngokupheleleyo nokusetyenziswa.
> Ubomi bayo obuluncedo buqala ukusuka kumhla wokwenziwa.
Amandla abo ancitshiswa ngeepesenti ezingama-20 ukuya kwengama-30 nyaka ngamnye kwimeko yokusetyenziswa kakhulu.
> Ixabiso lokulahleka kwenqanaba lokulahleka kwexesha lingahluka ngokweqondo lobushushu apho lisetyenziswa khona.
Zithini iindidi zeebhetri?
Zingaphezulu kweentlobo zebhetri ezili-10 ezazikhutshiwe kwaye zaphuhliswa kwizithuthi zombane ukuza kuthi ga ngoku. Ngelixa ezinye zazo azikhethwanga ngenxa yeengxaki zabo zokhuseleko kunye neempawu zokukhupha ngokukhawuleza, ezinye azisetyenziswanga ngokubanzi ngenxa yeendleko zabo eziphezulu. Ke masijonge uninzi lwazo!
I-1. Khokelela kwiibhetri ze-acid
Yenye yeendlela zokuqala zeebhetri ezisetyenziswa kwiimoto. Ayikhethwanga nanamhlanje ngenxa yevolthi yayo ephantsi yolawulo kunye noxinano lwamandla.
I-2. I-Nickel CADMIK BETERMIRS
Inengxaki enkulu yamandla xa ithelekiswa neebhetri ze-acid. Kunzima ukuyisebenzisa kwizithuthi zombane (izithuthi zombane: EV) ngenxa yokukhupha ngokukhawuleza kwenkumbulo kunye nenkumbulo.
I-3. I-Nickel Metal Hydride Butteries
Luhlobo olunye lwebhetri oluveliswa ngokusebenzisa i-ratic hydrate ukususa imiba engentle yeebhetri ze-nickel-cadming. Inomntu oxineneyo kakhulu kumandla kune-nickel-cadmingute. Ayiqwalaselwanga njengento efanelekileyo kwi-Evs ngenxa yexabiso layo eliphakamileyo kunye nengozi yokhuseleko kwimeko yokulayisha ngaphezulu.
I-4. I-Lithium ye-Inyibium phosphate ibhetri
Kukhuselekile, ubukhulu obukhulu kunye nokuhlala ixesha elide. Nangona kunjalo, intsebenzo yayo iphantsi kune-lithium-ion. Ngesi sizathu, nangona ibisetyenziswa kwizixhobo ze-elektroniki, ayikhethwanga kwitekhnoloji ye-E E.
5
Luhlobo lwebhetri ekwasekwe kwi-lithium-isekwe, kodwa endaweni ye-ion alloy, i-Sulfur isetyenziswa njengezinto ezimbi. Inengxaki enkulu yamandla kunye nokuhlawula ukusebenza kakuhle. Nangona kunjalo, kuba inomndilili ophakathi, ime ngasemva xa kuthelekiswa ne-lithium-ion.
I-6. I-Lithium ion polymer ibhetri
Luhlobo oluphambili lwetekhnoloji yebhetri yeLithium-ion. Ibonisa malunga neepropathi ezifanayo njengeebhetri eziqhelekileyo ze-lithium.
Nangona kunjalo, kuba izinto zepolymer zisetyenziswa njenge-electrolyte endaweni yolwelo, ukusebenza kwalo kuphezulu. Ithembisa itekhnoloji ye-ev.
I-7. I-Lithium Bitatate BETERS
Kukuphuhliswa kweebhetri ze-lithium-ion ene-lithium-i-titatate nanocrystals endaweni yekharbon kwinxalenye ye-anode. Ingabizwa ngokuba yityala ngokukhawuleza kune-lethium-i-ion-ion. Nangona kunjalo, i-voltage esezantsi yeebhetri ze-lithium-ion inokuba yingozi ye-EVs.
I-8. Iibhetri zeGraphene
Yenye yetekhnoloji entsha yebhetri. Xa kuthelekiswa ne-lithium-ion, ixesha lokutshaja limfutshane kakhulu, umjikelo wokuhlawula bude, inqanaba lokufudumeza liphantsi kakhulu, iMpahla iphakame kakhulu, kwaye umthamo wokuphinda usebenzise ipesenti ukuphakama kwi-100 pesenti ephezulu. Nangona kunjalo, ixesha lokusetyenziswa kwetyala limfutshane kuneLithium ion, kwaye iindleko zemveliso ziphezulu kakhulu.
Isizathu Sokuba Sisebenzise iBhindle4 I-Lithium Barts
Izicelo ezahlukeneyo kwaye zithini izibonelelo?
Luhlobo lwebhetri kunye nokuxinana okuphezulu, okukhuselekileyo kunye nokuhlala ixesha elide.
Kubomi obude xa kuthelekiswa nezinye iintlobo zeebhetri. Banobomi obuluncedo kwiminyaka emihlanu ukuya kweli-10.
Inomjikelo wokuhlawula omde (100 ukuya kwi-0 pesenti) malunga nokusetyenziswa kwama-2, 000.
Imfuno yesondlo iphantsi kakhulu.
Inganika amandla aphezulu ukuya kwi-150 yatts ngekhilogramu ngeyure nganye.
Inika ukusebenza okuphezulu ngaphandle kokufikelela kwi-100 yeepesenti zokuzaliswa.
Akukho mfuneko yamandla kuyo ukuba ipheliswe ngokupheleleyo (isiphumo sememori) sokuphinda kwakhona.
Iveliswa ukuba ihlawule ukuya kuthi ga kwiipesenti ezingama-80 ngokukhawuleza kwaye emva koko kancinci. Ke, igcina ixesha kwaye inike ukhuseleko.
Inexabiso le-distring lokuzithoba xa kuthelekiswa nezinye iintlobo zebhetri xa zingasebenzi.
Itekhnoloji ye-BNT Lithium-ion?
Nge-BNT thina boyitha ukuba:
1. Ixesha elide lobomi
Uyilo lobomi luye kwi-10 le-LFP Umthamo webhetri ngaphezulu kwe-80% yasekhohlo emva kwe-1c ntlawulo kunye nokukhutshwa phantsi kwe-100% ye-DoD. Ubomi boYilo buya kwiminyaka eli-10. Ngelixa ibhetri ye-acid-acid iya kuphela
Umjikelo wama-500 amaxesha kwi-80% DOD.
2. Ubunzima obuncinci
Isiqingatha sobukhulu kunye nobunzima bathatha umthwalo omkhulu we-turf, ukukhusela enye yeeasethi zibaluleke kakhulu kumthengi.
Ubunzima obukhanyayo bunokuthetha i-golf yegalufa kunokufikelela kwisantya esiphezulu kunye nokungaphantsi kwento engaphantsi kwaye sithwale ubunzima obungaphezulu ngaphandle kokuziva isidenge kubahlali.
I-3. Ukulungiswa kwasimahla
Ukulungiswa kwasimahla. Akukho manzi, akukho terminal yokuqina kunye nokucoca iidiphozithi ze-acid ngaphezulu kweebhetri zethu.
I-4. Idityanisiwe & Inqiwari
Ukunganyangeki kwempembelelo, ubungqina bamanzi, ukunganyangeki kobushushu, ubushushu obuphezulu, ukhuseleko olufanelekileyo ....
Ukusikwa umda
Iibhetri ze-BNT zenzelwe ukuvumela i-Hig Agriver
6. Ukomelela ngakumbi
Ukomelela ngakumbi ukuvumela abasebenzisi ukuba basebenzise iibhetri kwiimeko ezahlukeneyo
"Senze amanyathelo akhawulezayo kubuchwephesha, sinikezela ngeebhetri ezinokuthenjwa kwezicelo ezahlukeneyo &
Izisombululo zeprojekthi ezinokuthenjwa. Inikezela ngoqeqesho / inkxaso yobugcisa.
Singaphezulu kwenkampani yebhetri ... "
