Amabhethri E-LiFePO4: Izisombululo Zokugcina Amandla Eziphambili, Eziphephile Nezinokuhlala Njalo

ampeyithi lifepo4

Ama-battery LiFePO4 (Lithium Iron Phosphate) azifundisa ukuphatha kwezinto lezi zokuhluhluwa emasango esintuthuko, ukuhlala ngaphandle komoya okanye nokulandelana noma amabatteries ezilithium-ion ezilandelayo. Le battery usebenzisa umlayawo wemayisini we-iron phosphate njenge-cathode material, usungula nge-khemisturi eliphakamisekileyo elibonisa izinkinga nemfanelo ekuseni. Isikrhi sahlathi lesi siyahlukile ukufinyelela isicatshulu sokuvimba ngqo phambi kwezikhatsi zakusebenza, ukuba kuhle lokuhlala ngokubhekisisi lomsebenzi olunemfanelo. Ama-battery LiFePO4 angenziwayo ngokwesiphiwo esingabiyo nesigaba esincinci sika-thermal and chemical stability, esiyenzela ukususa ukumema kwesikhatsi somoya kakhulu kunye neziqhaza zomthwalo. Le batteries zisebenzisa ngokwesikhatsi se-2.8V kwi-3.3V ngalokhu kuhlanganiswa, uzokusetyenziswa ngokubhekeleleyo lokulandelana ngephakathi kwezinye zezinto. Ukuchemisana kwabo kuhlanganiswa ngendlela eyaziwayo yokuzihlabelela ama-2000-3000 charge cycles ngaphandle kokucinzwa kwe-80% yobuncinci bokugcina, ukuya ngaphambili kwezilithium-ion ezilandelayo. Ikhono yesikhatsi sikuphumelela amasistimu amandla okusebenzisa ukubheka umlayawo, isicatshulu, kunye nokushayelela kwezicell, ukusure ukuthi zisebenze ngokukhonzayo kunye nokuhlola ukudibanisa. Le batteries bezihlanganiswe ngokubhekeleleyo kwi-renewable energy storage, amacar yaselectric, amasayithi amaphandle, kunye namasistimu amaphandle kwe-empahla, ngokusebenzisa ukuphinda-phindela kwezinkinga zokuthola, ubuncinane, kunye nokuhlola kwezindawo eziphakeme.

Amagaba Amahlula Ngoku

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24V 100Ah LiFePO4 Ibhethri yelanga

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I-Lifepo4 Server Rack Ibhethri 51.2V 280Ah

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I-Rack Mount Lifepo4 Ibhethri 48V 200Ah

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I-Touch Screen Server Rack Lifepo4 51.2V 280Ah

Izibatha ze-LiFePO4 zihlelisa amanqaku amane asebenza ngokukhululeka okungakhotholwa kwezinye izindlela ezithethwayo. Ngokuqinileyo, umthetho omkhulu wabo wesibonisa kakhulu ukuthi lapho kufanele lokuhlola ngenxa yalokubekwa kakhulu kwe-iron phosphate ichemistry, isebenza ngokuphelelela ukususa ukuncedisiwe kwe-thermal runaway, ukuze zisebenze ngokukhulu kanye nokuthi zingabhedele kakhulu phakathi komphilo womsebenzi okanye komphilo wezindaba. Amanqaku akhihlo ahlala ngokubanjwa, aphoqelela uphawu oluhlinzekelayo lokusebenza ngokukhulu ngamashumi amathathu emigca eyisishiyagalolunye usuku ngokumelana nokuthi abanjwe ngokukhulu, lokhu inceda umoya wendlela engcono kunye nokuthi ubaniwako lwesikhashana. Ukuba kwiinkomo zezindlu, impanzekiso yobuso le-LiFePO4 yinhloko yephuza kulula kakhulu ngokuthi ayihlobene namalayithi amahhale esidingayo nokuba azikhona kahle kulesi sikhatsi sokugcina. Ngezandla lokusebenza, amanqaku akhihlo akhupha uvolojenti olunqamazane ngaphandle kobusa kwabo, ukuze babenzi ngokubanjwa kakhulu kuzo zonke iindlela ezifumanekayo. Baphinde bahlala ngokubanjwa ngokukhulu phakathi komphephandaba ofanele kanye nokuba bayiziphumselelanga ngokukhulu ngaso sikhatsi sesikhatsi. Ikhodi yakhihlo yakho neentsobi zokuhlola zokuhlola ngokukhulu zasebenza ngokukhulu phakathi komphephandaba ofanele kunye nokuba bayiziphumselelanga ngokukhulu ngaso sikatsi sesikhatsi. Umthetho wabo wesibonisa ukuthi amanqaku akhihlo akhupha ikhompi enkulu kunye nokuhlola ngokukhulu kwe-temperature, ukuze babenzi ngokubanjwa kakhulu phakathi komphephandaba ofanele kunye nokuba bayiziphumselelanga ngokukhulu ngaso sikatsi sesikhatsi. Ukhodwa olukhulu lokubuyela ngokuphawuliwe kwe-LiFePO4 ibuyeleya ukuthi amanqaku angasusiwe ngokuphela, futhi ukuba aliphumeleyo lokuhlola kwe-memory effect, ungene ukuthi abanjwe ngonyaka oluhlu lokuhlola ngaphandle kokuthi kuhlola ngokubanjwa. Izimvume zakho zihlala ngokubanjwa kakhulu ukuthi amanqaku e-LiFePO4 zihlelise ukuthi zihamba ngokubanjwa kunye nokuthi zihloniphe kakhulu kuzo zonke iindlela ezifundekayo kunye nezinga lezi zezindaba.

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ampeyithi lifepo4

ipakhi yebhetari ye-12v eyahlukelwa

isitoreji sebhethri esilinganisweni senethiwekhi

umkhakha wemoya wesithuthi

48 volt lithi yonkqubo uphahambo

ampeyithi lifepo4

i-lfp lithium ion battery

Ukuphakamisana nokuthola kakhulu

Amanzi amahhiliweyo LiFePO4 akhuphele kwindawo yokuhlala esiphambili kwisebentleli sibekileyo sokuthiwa ngokulandelakho, ukuhlobisa amalayithi angaphezulu okuyihlukaniselo phakathi komunye wezikhanda zokuthiwa. Ukubanzi kokuthiwa kwesikhandla sesikhandla sifumanekayo ukusuka emangeni wasephosfate wesintsha esingabhedelekanga kakhulu lokungathathelani ngaphandle kokuthiwe kudala izindawo ezidingekayo. Lomhlaba omkhulu wokuqinisekiswa luhlanganiswa ngeemibhalo yezilondolozi zokuthiwa ezimfihliso zokuvavanya futhi uzama ukufinyelela umthetho wamahluko, umfula wenqanawe, kunye nokuthiwe ngokwesikhatsi. Izinkhandla zakufinyelela ingxenye yakhe yokuhlula ngokukhangelwa ngaphandle komunye umoya okanye indlela yokuhlola, ukuba kuhlanganisiwe imigomo yesikhatsi, uphawu kunye nokuthiwe ngokwesikhatsi. Ngaphandle kwezinkhandla ezithile zokuthiwa, amahlukwana aLiFePO4 azibhedelekanga ngaphandle kokuthiwe kunye nokuthiwe ngokwesikhatsi, ukusukela ukuthiwe kunye nokuthiwe ngokwesikhatsi, ukususa ukukhupha kwezinto ezikhangelwayo ezizikhona ngokumemeza. Lokhu olunqinisekisekileyo lokusebenzisa kuhlanganisiwe ngokushesha ukuthiwa kuziphi zindawo ezincinci, futhi ezintathu, ezinalelo lezindawo ezinikezelwe, ngokushesha izindlela ezinikezelwe kwiqhopho, iishitshalo kunye neendaweni zedatha, apho isebentleli sikuhlala ayiqhamuka.

Ukhetho Lwesikhashana Esidingeni

Ukuthi amabhethe eLiFePO4 angashiyane kakhulu ngalokho okuyona kuhle lokusebenza kwezicatshulenti zokugcina isibonelo esishova lokungena ngephakathi kokuhlola iindlela zakhiwo, uzokusetyenziswa ukuba kuhlanganise umthetho wokuqala oluninzi lapho abesetyenziswa. Amabhethe akhawuleza phakathi kwe-2000 nge-3000 amahhashi amafule enye yezilondolozi ezikhoyo nokubekela ngalo 80% noma lokho olukho kakhulu lokwesibonelo sabo sesikhephe, ukuze alandele kulula amabhethe amagalagala elingene nge-500-1000 amahhashi. Ukusetyenziswa okulula kunyuka kakhulu ngokusebenzela kwezicala zokuphakama nezicala zokufakelwa kwiqhawu leliqhawu. Amabhethe akhawuleza ukusetyenziswa okulula ngokupheleleyo ngaphandle komhlaba wasekhaya wabo, ubekho ngenqanawe yokugcina nokuphakama. Ukusetyenziswa okulula kuhlanganisa ukuba kungenziwe kakhulu ukususa futhi nokudibanisa icosting yomsebenzi womphumulo, ukuze bavume njengemfazwe yokuncedisiyo yasendaweni nasezindaweni.

Ukuzinza Kwezemvelo

Izibhatho ze-LiFePO4 zikhululeka ngokuthi ziyindlela elungileyo lokugcina umthwalo wemvume kwisebe sokuqala. Ukusetyenziswa kwazo kuhlukile kokuthi kusetshenziswa amagama angaphakathi, ezinomunye ukuze aluhlalekise, ngokupheleleyo lula ne-iron nesiphosethane, okanye amagama angaphakathi, ezinethemba nokuthi zingabhedlwane kunye nokuba zingavakasha ukusetyenziswa. Ngaphezulu kwezibhatho ezintathu ezithile ezisetshenziswayo amalithi we-lithium ezifanayo ne-kobalt kunye nemibhopho ebaleni, izibhatho ze-LiFePO4 zihlobene ngokumanganele kwiqhawekazi lakho lokusebenza kulesibe. Umsebenzi wokubhala wesetshenziswa kuhlanganisa iminyaka eminingi ngokubanzi kunye nokucacisa ukufundiswa kwe-carbon. Lezi zibhatho zingahluhleni kakhulu, ngoba yonke ilayishini lingavunyelwa kunye nokusetyenziswa ekuseni lokusebenza kubhatho abantfu. Ukuthi zizilindile kakhulu ngokushesha kubantu bezibhatho ze-LiFePO4 baya kuqala ukuba zimemele ukuthi azikwazi ukusuka ngokuphi ngokuthi zidinga izinhlobo nokuthi zidliwe ngendlela eyahlukene, uzame ukususa umthwalo nokuthi usetyenziswa. Ukuthi umoya omkhulu wabo ubuhle besihlukanisiwe ngokuthi babekhona endaweni yokugcina umthwalo wabo, futhi babekhona ngokuthi babenhlanganyeliwe ngokuyingane kwindaweni yokugcina umthwalo wemvume.