Iibhetri ze-Lithium Iron Phosphate (LiFePO4) luhlobo lwebhetri ye-lithium ebonelela ngeenzuzo ezininzi kwiibhetri zendabuko ze-lithium-ion ezisekelwe kwi-LiCoO2 chemistry.Iibhetri ze-LiFePO4 zibonelela ngomthamo ophezulu kakhulu, ukuzinza okuphezulu kwe-thermal kunye neekhemikhali, ukomeleza ukhuseleko, ukuphucula ukusebenza kweendleko, intlawulo eyongeziweyo kunye namazinga okukhutshwa, ubomi bomjikelezo ophuculweyo kwaye beza kwi-compact, iphakheji elula.Iibhetri ze-LiFePO4 zibonelela ngobomi bomjikelo ongaphezu kwama-2,000 eebhayisethi zentlawulo!
Ukhuseleko lwebhetri yeLithium, ukuthembeka, ukusebenza ngokungaguqukiyo yinto uTeda ahlala egxininisa kuyo!
Iibhetri zeLithium ziibhetri ezinokutshajwa kwakhona apho i-ion ze-lithium zihamba ukusuka kwi-anode ukuya kwi-cathode ngexesha lokukhupha kunye nokubuya xa utshaja.Ziibhetri ezidumileyo ezisetyenziswa kubathengi be-elektroniki kuba zibonelela ngoxinaniso lwamandla aphezulu, azinaziphumo zememori kwaye zinelahleko encinci yentlawulo xa zingasetyenziswa.Ezi bhetri ziza kwiintlobo ezininzi zeemilo kunye nobukhulu.Xa kuthelekiswa neebhetri ze-lead-acid, iibhetri zeLithium zikhaphukhaphu kwaye zibonelela ngevolthi ephezulu evulekileyo yesekethe, evumela ukuhanjiswa kwamandla kwimisinga ephantsi.Ezi bhetri zinezi mpawu zilandelayo:
Iimpawu zeBattery ze-Ionic Lithium Deep Cycle:
• Ubunzima obulula, ukuya kuthi ga kwi-80% ngaphantsi kwesiqhelo, ukugcinwa kwamandla okuthelekisa ibhetri ye-lead-acid.
• Ihlala i-300-400% ixesha elide kune-lead-asidi.
• Izinga lokukhupha kwishelufu esezantsi (2% vs. 5-8% /ngenyanga).
• Ulahlwa-ngaphakathi endaweni yebhetri yakho ye-OEM.
• Kulindelwe iminyaka eyi-8-10 yobomi bebhetri.
• Akukho zirhasi ziqhumayo ngexesha lokutshaja, akukho acid ichithakeleyo.
• Ayinabungozi kokusingqongileyo, ayinalothe okanye iintsimbi ezinzima.
• Kukhuselekile ukusebenza!
Igama elithi "Lithium-ion" ibhetri ligama eliqhelekileyo.Kukho iikhemistri ezininzi ezahlukeneyo zeebhetri ze-lithium-ion ezibandakanya i-LiCoO2 (i-cylindrical cell), i-LiPo, kunye ne-LiFePO4 (i-cylindrical / prismatic cell).Ionic ubukhulu becala igxile ekuyileni, ekuveliseni nasekuthengiseni iibhetri zeLiFePO4 zokuqalisa kunye neebhetri zomjikelo onzulu.
Qinisekisa ukuba umthwalo awugqithisi kwi-rated continuous output current.Ukuba umthwalo wombane ungaphezulu kwemida ye-BMS, i-BMS iya kuyivala ipakethe.Ukusetha kwakhona, qhawula umthwalo wombane kwaye uxazulule umthwalo wakho kwaye uqinisekise ukuba umbane oqhubekayo ungaphantsi kobuninzi obuqhubekayo bepakethi.Ukuseta ngokutsha ipakethi, ncamathela itshaja emva kwibhetri imizuzwana embalwa.Ukuba ufuna ibhetri enemveliso eyongezelelweyo yangoku, pls qhagamshelana nathi:support@tedabattery.com
I-Teda Deep Cycle Battery ine-lithium eyinyani yokulinganisa umthamo kwi-1C yokukhutshwa oku kuthetha ukuba i-12Ah ibhetri ye-lithium enzulu iya kukwazi ukubonelela nge-12A ngeyure ye-1.Kwelinye icala, uninzi lweebhetri zelead-asidi zine-20hr okanye i-25hr eprintwe umthamo wayo we-Ah okuthetha ukuba ibhetri ye-lead-asidi efanayo ye-12Ah ngeyure enye iya kubonelela kuphela i-6Ah yamandla asebenzisekayo.Ukuhamba ngaphantsi kwe-50% ye-DOD kuya kulimaza ibhetri ye-lead-asidi, nokuba bathi ibhetri yokukhupha ibhetri.Ngaloo ndlela ibhetri ye-lithium eyi-12Ah iya kusebenza kufutshane ne-48Ah yokulinganisa ibhetri ye-lead-asidi yokukhutshwa okuphezulu kunye nokusebenza kobomi.
I-Teda's Lithium Deep Cycle Battery ine-1/3 yokumelana kwangaphakathi kwebhetri ye-lead-asidi efanayo kwaye inokukhutshwa ngokukhuselekileyo kwi-90% ye-DOD.Ukuchasana kwe-lead-acid yangaphakathi kuyenyuka njengoko bekhutshwa;oyena mthamo ungasetyenziswa unokuba ngaphantsi njenge 20% ye mfg.ukukala.Ukukhupha ngokugqithisileyo kuya konakalisa ibhetri ye-lead-asidi.Iibhetri ze-lithium zeTeda zibamba i-voltage ephezulu ngexesha lokukhutshwa.
Hayi. Enye yeenzuzo kwi-Lithium Iron Phosphate (LiFePO4) chemistry kukuba ivelisa amandla ayo okushisa angaphakathi.Ubushushu obungaphandle bebhetri ngokwayo abuyi kufumana kufudumala kunokulingana ne-lead-asidi kusetyenziso oluqhelekileyo.
Yonke ibhetri YEYAYIPHI ikhemistri inamandla okusilela, ngamanye amaxesha intlekele okanye ibambe umlilo.Ukongezelela, iibhetri zetsimbi ze-lithium eziguquguqukayo, ezingenakutshajwa, akufanele zidideke kunye neebhetri ze-lithium-ion.Nangona kunjalo, ikhemistri ye-lithium-ion esetyenziswa kwiiBattery ze-Ionic Lithium Deep Cycle, iiseli ze-lithium iron phosphate (LiFePO4) yeyona nto ikhuselekileyo kwimarike enelona qondo lobushushu liphezulu le-thermal elibalekayo kulo lonke uhlobo lweebhetri ze-lithium.Khumbula, zininzi iikhemistri ze-lithium-ion kunye nokwahluka.Ezinye ziguquguquka ngakumbi kunezinye, kodwa zonke ziye zahambela phambili kwiminyaka yakutshanje.Kwakhona, qaphela ukuba zonke iibhetri ze-lithium zivavanywa ngokungqongqo kwi-UN ngaphambi kokuba zithunyelwe kwihlabathi liphela ziqinisekisa ukhuseleko lwazo.
Ibhetri eveliswa yiTeda idluliselwe i-UL, CE, CB kunye ne-UN38.3 isatifikethi senqanawa ekhuselekileyo kwihlabathi lonke.
Kwiimeko ezininzi, EWE kodwa hayi kwi-injini yokuqalisa izicelo.Ibhetri ye-Lithium Deep Cycle iya kwenza njengokutshintshwa ngokuthe ngqo kwebhetri yakho ye-lead-acid kwiinkqubo ze-12V.Iimeko zethu zebhetri zihambelana neesayizi ezininzi zeebhetri ze-OEM.
Ewe.Akukho lulwelo kwiibhetri zeLithium Deep Cycle.Ngenxa yokuba i-chemistry iqinile, ibhetri inokufakwa kuyo nayiphi na indlela kwaye akukho nkxalabo malunga neepleyiti ezikhokelayo eziqhekeka ukusuka kwi-vibration.
I-Teda i-deep cycle ye-lithium iibhetri zakhiwe ekukhuselweni kwemozulu ebandayo - Ayithathi intlawulo ukuba amaqondo okushisa angaphantsi kwe-4C okanye i-24F kwimeko yethu.Ezinye iinguqu ezinokunyamezela inxalenye.
I-Teda yenza ngokwezifiso iibhetri zomjikelo we-heater zifudumeza ibhetri ukuze itshaja ikwazi ukwenza itshaja xa ibhetri ifudunyeziwe.
Ubomi bebhetri bomjikelo onzulu weLithium bunokwandiswa ngokungakhuphi ibhetri kumthamo we-1Ah okanye i-BMS esezantsi yokunqunyulwa kwe-voltage.Ukukhuphela phantsi kwi-BMS useto olusezantsi lokucinywa kwamandla kunokunciphisa ngokukhawuleza ubomi bebhetri.Endaweni yoko, sicebisa ukukhupha ukuya kuthi ga kwi-20% umthamo oseleyo emva koko ukutshaja kwakhona ibhetri.
I-Teda iya kulandela ngokungqongqo inkqubo yophuhliso lwe-NPI ukwakha onke amaxwebhu kunye nokugcina irekhodi.Iqela elizinikeleyo lenkqubo evela kwi-Teda PMO (iofisi yolawulo lwenkqubo) ukukhonza inkqubo yakho phambi kokuveliswa kobuninzi,
Nantsi inkqubo yereferensi:
Isigaba se-POC ---- isigaba se-EVT ----- isigaba se-DVT ---- isigaba se-PVT ---- Ukuveliswa kobuninzi
1.Umxhasi ubonelela ngolwazi oluyimfuneko lokuqala
2.Intengiso / igalelo lomphathi weakhawunti zonke iinkcukacha zeemfuno (kubandakanywa ikhowudi yomxhasi)
Iqela le-3.Engineers livavanya iimfuno kunye nokwabelana ngesiphakamiso sesisombululo sebhetri
4.Ukuqhuba ingxoxo yesiphakamiso / ukuhlaziya / ukuvunywa kunye neqela lobunjineli bomthengi
5.Yakha ikhowudi yeprojekthi kwisistim kwaye ulungiselele iisampuli ezincinci
6.Hambisa iisampulu zokuqinisekisa abathengi
7.Iphepha ledatha yesisombululo sebhetri kwaye wabelane nomthengi
8.Landela inkqubela yovavanyo kumthengi
9.Hlaziya i-BOM / umzobo / i-datasheet kunye neesampuli zokutywinwa
I-10.Iza kuba nokuhlaziywa kwesango lesigaba kunye nomthengi ngaphambi kokufudukela kwisigaba esilandelayo kwaye uqinisekise ukuba zonke iimfuno zicacile.
Siza kuba nawe ukusuka ekuqaleni kweprojekthi, rhoqo nangonaphakade…
Hayi, ikhuselekile kunelead acid/AGM.Ngaphezu koko, ibhetri yeTeda yakhelwe kwiisekethe zokukhusela.Oku kuthintela isekethe emfutshane kwaye inokhuseleko olungaphantsi / ngaphezulu kombane.I-Lead/AGM ayikwenzi, kwaye iasidi yelothe ekhukulayo iqulethe i-asidi yesulphuric enokuchitheka kwaye yenzakalise wena, okusingqongileyo kunye nezixhobo zakho.Iibhetri zeLithium ziyavalwa kwaye azinalulwelo kwaye azikhuphi rhasi.
Kungaphezulu malunga nokuba zeziphi izinto eziphambili kuwe.I-lithium yethu inomthamo ophindwe kabini wokusetyenziswa njenge-asidi ehamba phambili kunye neebhetri ze-AGM.Ngoko ke, ukuba injongo yakho kukufumana ixesha lebhetri elisebenzisekayo (Amps) ngoko kufuneka uphucule kwibhetri ene-Amps efanayo (okanye ngaphezulu).Oko kukuthi, ukuba utshintsha ibhetri ye-100amp nge-100amp Tedabattery, uya kufumana malunga ne-amps ephindwe kabini esebenzisekayo, malunga nesiqingatha sobunzima.Ukuba injongo yakho kukuba nebhetri encinci, ubunzima obuncinci, okanye ixabiso elincinci.Emva koko ungabuyisela ibhetri eyi-100amp ngebhetri yeTeda 50amp.Uza kufumana malunga nee-amps ezisebenzisekayo ezifanayo (ixesha), ibiza ngaphantsi, kwaye imalunga ne¼ yobunzima.Jonga kwi-spec sheet yemilinganiselo okanye usitsalele ngeminye imibuzo okanye iimfuno zesiko.
Indlela eyenziwe ngayo ibhetri ilungele ukusetyenziswa kwayo.Iibhetri ze-Li-ion zisetyenziswa kwizicelo ezininzi ezahlukeneyo kunye neemeko ezininzi ezahlukeneyo zokusingqongileyo.Ezinye iibhetri ziyilelwe ukunika isixa samandla esincinci ixesha elide, njengokusebenzisa iselula, ngelixa ezinye kufuneka zibonelele ngezixa ezikhulu zamandla okwexeshana elifutshane, njengakwisixhobo sombane.Ikhemistri yebhetri ye-Li-ion isenokulungiselelwa ukwandisa imijikelo yokutshaja kwebhetri okanye ukuyivumela ukuba isebenze kubushushu obugqithisileyo okanye kubanda.Ukongeza, ukusungulwa kwetekhnoloji kukhokelela ekubeni kusetyenziswe iikhemistri ezintsha zeebhetri ngokuhamba kwexesha.Iibhetri zihlala ziqulethe izinto ezifana ne-lithium, i-cobalt, i-nickel, i-manganese, kunye ne-titanium, kunye negraphite kunye ne-electrolyte evuthayo.Nangona kunjalo, kusoloko kukho uphando oluqhubekayo ekuphuhliseni iibhetri ze-Li-ion ezingenabungozi kangako okanye ezihlangabezana neemfuno zezicelo ezitsha.
Kungcono ukugcina iibhetri ze-Li-ion kwiqondo lokushisa.Akukho mfuneko yokuba zibekwe efrijini.Kuphephe ixesha elide lokubanda kakhulu okanye amaqondo obushushu ashushu (umzekelo, ideshibhodi yemoto ekukhanyeni kwelanga).Amathuba amade okuba sesichengeni kula maqondo obushushu anokubangela ukonakala kwebhetri.
Ukusebenzisa kwakhona kunye nokuhlaziya iibhetri ze-Li-ion kunceda ukulondoloza ubutyebi bendalo ngokunciphisa imfuno yezinto ezinyulu kunye nokunciphisa amandla kunye nongcoliseko oluhambelana nokwenza iimveliso ezintsha.Iibhetri ze-Li-ion ziqulethe ezinye izinto ezifana ne-cobalt kunye ne-lithium ezithathwa njengezimbiwa ezibalulekileyo kwaye zifuna amandla emigodini kunye nokwenza.Xa ibhetri ilahlwa, siphulukana nezo zixhobo ngokuthe ngqo—azinakuze zifumaneke kwakhona.Ukurisayikilishwa kweebhetri kuthintela ukungcoliseka komoya namanzi, kunye nokukhutshwa kwerhasi yegreenhouse.Ukwathintela ukuba iibhetri zingathunyelwa kwiindawo ezingaxhotyiselwanga ukuzilawula ngokukhuselekileyo nalapho zinokuba yingozi yomlilo.Unokunciphisa impembelelo yokusingqongileyo ye-electronics enikwa amandla kwiibhetri ze-Li-ion ekupheleni kobomi babo obuluncedo ngokusetyenziswa kwakhona, umnikelo kunye nokuhlaziywa kweemveliso eziqulethwe kuzo.