ibhethri le-LiFePO4 elingu-12.8V: Isixazululo Esithuthukisiwe Sokugcina Amandla Esinempilo Enkudlwana Nokuphepha Okuphakeme

ibhethri elisebenza nge-lifetimepo4 elingu-12,8 volt

Umbhikisi wokuhlola amandla wokuqhubeka olwazi kakhulu elithi LiFePO4 ephakamisekileyo okulungiselelwa ngokupheleleyo kwezinto ezikhethelwe zokuhlola amandla, lokukhombisa ukufundiswa olujabulayo lwe-lithium iron phosphate ngekhona elingekho. Lomgomo wokuhlola amandla lwavela i-nominal voltage ye-12.8V, uhlala ukuthi yinkqubo yokugcina oluhle kubantu abahlinzekela amandla ase-12V ezilandelwayo ezinathela lead-acid ngokusebenza ngokukhawuleza izindaba ezibonakalayo. Umbhikisi wenhlobo leli lwenziwa umthombo omncane we-cathode oluvumela ukusukelwa kunye nokutholakalisa ngokupheleleyo phakathi komphephandaba. Ngenxa yesiphumo esisipho sokudla engaphezu kwesinye, kunye neentsha yokusetyenziswa kwe-amandla, umbhikisi we-12.8V LiFePO4 uyahlola isigaba sesandla esidingileyo ngaphandle kokuthi siphumelele esiwe emuva kwezinhlobo zokushicilela, uzihlola ukusenzeniso olungaphansi kwezindlela ezifanayo. Amambhikisi amaningi akhuphe amandla kuzo zikhetha izimo eziningi, phakathi kwezincinci ezimfihlakalelayo nezincinci ezintshonalanga kunye nezindlela zokuhlola udlu we-solar kunye nezinhlobo zokuhlola amandla apho kungaphandle kwezindlela. Ukufundiswa olujabulayo lwe-cell ilungiselela ukusetyenziswa kwezinsuku ezimbili ezintshekete ezintshatye ezintshumi ezikhulu ngaphandle komoya omuchaze ngokupheleleyo, ngokunxantyelwa ukusetyenziswa okanye izinto zokuphucukeleka. Umthombo wokuhlola amandla wesintsha (BMS) wesibhedele kwe-mbhikisi wakwenzela ukususa ukuprotekela kwisebe somngcwabo, ukusetyenziswa ngokupheleleyo, ukusetyenziswa ngokubuyiselwa, amaphrojekthi amanani kunye nezinto ezizama ukutshabalalisa imitempi, uzihlola ukusenzeniso olungaphansi kwezinyanga ezininzi kunye nokutholakalisa. Umsindo wesintsha wesibhedele kunye nomdlophe ophakanyiswayo wakwenzela ukuba yinkqubo elingekho lokuhlola amandla kwe-professional kunye namagosa, kunye nokuba yinkqubo elingekho lokuhlola amandla ngokupheleleyo kunye nokuhlola indlela eyayiqhamuka kwezinto zokuhlola amandla.

Ibhethi leli lwe 12.8 volt LiFePO4 lihlukele amandla ekupheleni kakhulu elizoba ukusetyenziswa ngokubonakalisi kakhulu phakathi kwamathnique eziyindlela ezikhoyo. Yeyokuqala kunye neyokugcina, uhlobo oluhle kwezinye zomoya zayo uzama ukukhishwa kakhulu kumthakothi wamanye amabheti, uhlalelana ngezinye ezimbili ezindala ezinomsindo lokuhlola okunikeza imali engaphezulu. Umsindo womoya omncane webhethi ubhekisele usizo lwesimo ngaphandle komoya wokushota, uzame ukuthi umsebenzi wemibhalo yezisisekelo azikwazi ukungacabanga. Ngaphandle kwebhethi leli, abhethi bezithumelelanga bazame ukushota ngokusukela i-80% noma enkulu kwalokho kwezilondolozi zabo ngaphandle kokucabangeka, uzame ukuthi ungene amandla engaphezulu emva kokufaka. Ukuthi kungenxa yokuba kubhethi leli lencane, ngokwesikhatsi sifuna isigaba esingadabi thile kwezinye izinhlobo ezikhoyo, uzame ukuthi ukufakelwa nokusebenzisa kuziphiwe kakhulu. Isiphelo esikhulu sokubona kuyenza lokhu lokuba ulwazi oluncane kwe-LiFePO4 uzama ukukhulula kakhulu futhi ukukhathalika kwezinto ezincinci. Ukukhishwa kakhulu kwebhethi leli lichaza amahhala ongaphambi kwe-2 izinsuku, uzame ukuthi umsebenzi wakho wakuphumelele kakhulu. Umthakathi wakho wesintshontsho, ngaphandle kokuba kudala, uzama ukukhona kakhulu ngaphansi kwe-3% ngonyaka, uzame ukuthi umxholo wakho wakuphumelele kakhulu kunye nokukhupha kwezinto zokusebenza. Ukuba akukho amanani amancane nokuba ibhethi libe luchasene, uzame ukuthi lichasene ngenkinga yokuhlola lokulandelana nendawo. Ngiya kakhulu, leli bhethi lisetshenziswa kakhulu phakathi kwezindawo ezidingekayo kunye nezidingekayo, kunye nokuba alihambisana amagashi lenhlabathi ngaphandle kokuthi lichaze amagashi amancane ngokusebenza, uzame ukuthi licinga ukusetshenziswa kakhulu phakathi kwezindawo ezidingekayo kunye nezidingekayo. Umsebenzi owenziwe yebhethi leli luye luchasene nge-BMS, uzame ukuthi lichasene kakhulu lokusebenza kunye nokuhlola kakhulu lokusebenza kunye nokukhupha kwezinto zokusebenza.

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Umgqibiso okudlela kakhulu nokuphathelani

Ibhethi leLiFePO4 eliphezulu kwe 12.8V lichaseneyo ngokwesiphumo esisodwa kunye nezilungiselelo zokusebenza ezikhethwayo. Ngenxa yomsebenzi ophendulekileyo, iindawo zenqanawe zayo zihamba kwisezulwini lokugcina amacala angu-2000 kwasemva kokuthi amacala angu-7000 ngenqanawe eliphambili lokusetyenziswa, futhi azibonakale ifomula yezinto eziphathelene nelilandelayo ezitholakalayo ezinamandla ezifana namabhethi beliLead-acid ezazenza amacala angu-200-300 kuphela. Ukuphumelela kwamandla yokubuyiselwa kumashumi amabili amahhovha okanye amathathu kuhlanganisa ukuba kuzo amahhovha engaphambi kobudlelwano obuchasene. Lomdlobi walithathe umdlalo wakhe ngokukhawuleza ngokuphezulu emizuzweni, nokuhlola phakathi kwezinye izindlela ezintsha. Ukushesha okuthile kuhlola kunezifo ezimfanele olungena kwiindawo ezimbili lokunqanawa lokusetyenziswa, kusuke kusuka kwezindlela zokubuyiselwa zokuthi zikhethekile kakhulu njengoko kufuneka kuhlola. Isistimu sokubhala komdlobi wesimo sokuqala sijongiswa njengezansi kunye nokuthatha isimo sokubuyiselwa sokuthi sikhethe amandla, ukususa amandla okanye ukususa imigomo yokubuyiselwa. Okuningi lwesixhasa lesi, kunye nokuthi uchungecha oluphambili lokusebenza kweLiFePO4, kulandelayo ukuba ibhethi ebizwa ngokuthi ubuyekezwe kakhulu kodwa uzobuyiselwa ngokuphezulu ngalandel’ indlela yesibhedlela sakhe sokugcina.

Ukusukwaphela okungakuphi kweSafeti nokuthi Kusiza Iindlela Zokugcina Lwendawo

Ukusaphula kulungile kakhulu lomphathisi wobhethi lwe-12.8V LiFePO4, engenziwe ngezinye iziphumo zokuprotekela nokuhlola lokusemva kolwandle. Umlomo olwesilithi yefeyi phophate ulula ngokubhekisisa kuninzi ukuvamile kakhulu kumthetho wesilithi esingaphezu, ngenxa yalokho ukuqondlezela kokuthi akukho isikhombisana sokunyuka okukhona kanye nokuhlelwa kwesikhathi sokushintsha umoya omkhulu, okulandelayo ukususa ukufa noma ukusibatya. Ukufundiswa kwebhethi kukhona amanani aphakeme apha ahlola ukuprotekela kwezinto ezidingekayo njengokuphucukeka, ukuphucuka kwezindlu, noma ukuphucukeka kwezinkqubo, zonke zihlola ngemali emncane yokugcina elandelayo. Ngokwesiphumo sokuqala, lebhedu alikho imibhi ebizoti ngazo nemibhi ebizotshona ezingazama ngasemva komhlabeni, futhi akhutshelanga amagasi amaqhaza ngasemva komhlabeni ngasemva komhlabeni, lokhu kuyayiprotekela ukusaphula kwenzelela kanye nokuhlola olungulunga lwesifundo. Umsebenzi wokugcina kubhedu kungavakasha indlela yokuhlola yokudleni kakhulu ngokubheka kwezindlela zezimali ezilandelayo, futhi iimateriale ziyafuneka zibeze ngokubheka ukuba zibuyele kubhedu. Akukho imibhi ebizoti ngazo njengelead noma amasi, futhi usuku olujikeleza kakhulu lungenza ukususa ukusendzima ngokubheka kwezinsiza, lokhu kuyayiprotekela ukusendzima nokuhlola olungulunga lwesifundo.

Umsindo ongaphambi kakhulu nokuxhumana kunye nokubonisa

Ili-bethi leLiFePO4 eliphezulu kwezinye izinto ezininzi ezikhathalayo, ubungakho lokuthi yikhotho lomphilo wokuphela emibuzweni engaphezulu. Ukuphawu olunye wevolenti lwakho luvumelana nge-12V, futhi uyihlobo lokugcina okukhona lokulandelana nokuthi akudinga amandla odade ekwesenteni sokubonisa. Li-bethi lilungile ngokushesha kwiqhosha lemfedzethu yamakhono omkhulu, ukuhlola imfedi yesithoba esiqhelekileyo kwezinhlobo zemfesini nezifundo zezansi. Umlando omdaka wesithoba sokuvela kunye nomandla oshumi oluhle lalayishwa ukuthi liyinkethelo yokusebenza kwezincinci zezindlu, zomlando nokuthi zokuphela ngaphandle komlaba. Isilayisini esijabulayo kunye nenkululeko yokubheka kufaneleleyo kusukelela ukusetyenziswa kumahhala okungasusa, phakathi kokuthi akudinga amandla amanye amaninzi. Umkhandlwano omkhulu wemfesini kunye nokuthuthukiswa kwezindlela zokuphela zokusetyenziswa kusuphumelela amaqhutywa angaphambili kunye nokuhlola iindlela ezidingekayo, kwiqhosha lemfedzethu lokuthi yimpendulo eyahlukene kunye nokuthi akuyisingo somsebenzi, lokuthi kufaneleleyo kwiqhosha lemfedzethu lokusebenza kunye nemiphakathi.

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ibhethri le-LiFePO4 elingu-12.8V: Isixazululo Esithuthukisiwe Sokugcina Amandla Esinempilo Enkudlwana Nokuphepha Okuphakeme

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ibhethri elisebenza nge-lifetimepo4 elingu-12,8 volt

Umgqibiso okudlela kakhulu nokuphathelani

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