Ngaba iPowerwall ye-BSLBATT Isebenza Ngakumbi kuneLead Acid Battery?
Iibhetri zokugcina ikhaya ziba yinto eyongezelelweyo ethandwa kakhulu kwiinkqubo zelanga, kunye neekhemistri ezimbini eziqhelekileyo ziyi-lead-acid kunye neebhetri ze-lithium. Njengoko igama libonisa, iibhetri ze-lithium-ion zenziwe kwisinyithi se-lithium, ngelixa iibhetri ze-lead-asidi zenziwe ngokuyinhloko kwilothe kunye ne-asidi. Ekubeni udonga lwethu lwamandla oluxhonywe eludongeni luxhaswa yi-lithium-ion, siya kuthelekisa ezimbini - udonga lwamandla vs.
1. Umbane kunye noMbane:
I-Lithium Powerwall ibonelela ngeendlela ezahlukeneyo zombane, nto leyo eyenza ukuba ifaneleke ngakumbi njengokutshintsha kweebhetri ze-lead-acid.Uthelekiso lombane phakathi kwezi ntlobo zimbini:
- Ibhetri ye-lead-asidi:
12V*100Ah=1200WH
48V*100Ah=4800WH
- Ibhetri yeLithium Powerwall:
12.8V*100Ah=1280KHH
51.2V*100Ah=5120WH
I-Lithium Powerwall ibonelela ngomthamo osebenzisekayo ngakumbi kunemveliso ye-lead-asidi elinganiswe ngokulinganayo. Ungalindela ukuya kuthi ga kabini ixesha lokubaleka.
2. Ubomi bomjikelo.
Usenokuba sele uqhelene kakhulu nobomi bomjikelo webhetri ye-lead-asidi.Ke apha siza kukuxelela ubomi bomjikelo wodonga lwethu olufakwe kwibhetri yeLiFePO4.
Inokufikelela kwimijikelo engaphezu kwama-4000 @100%DOD, imijikelo engama-6000 @80% DOD. Okwangoku, iibhetri ze-LiFePO4 zinokukhutshwa ukuya kuthi ga kwi-100% ngaphandle komngcipheko womonakalo. Qinisekisa ukuba uyayitshaja ibhetri yakho ngoko nangoko emva kokuyikhupha, sincoma ukukhupha kukhawulelwe kwi-80-90% ubunzulu bokukhutshwa (DOD) ukunqanda ukuba i-BMS ikhuphe ibhetri.
3. IWaranti yePowerwall Versus Lead-Acid
I-BSLBATT Powerwall's BMS ibeka iliso ngononophelo isantya sebhetri yentlawulo, ukukhutshwa, amanqanaba ombane, ubushushu, ipesenti yehlabathi eloyisiweyo, njalo njalo, ukuze bandise ubomi babo obuvumela ukuba beze kunye newaranti yeminyaka eli-10 kunye ne-15- Iminyaka engama-20 yobomi benkonzo.
Okwangoku, abenzi beebhetri ze-lead-asidi abanalawulo malunga nendlela oza kuzisebenzisa ngayo iimveliso zabo kwaye banikezela kuphela iziqinisekiso zonyaka omnye okanye emibini ukuba uzimisele ukuhlawulela uphawu olubiza kakhulu.
Le yeyona nzuzo inkulu yeBSLBATT Powerwall ngaphezulu kokhuphiswano. Uninzi lwabantu, ngakumbi abantu bezoshishino, abafuni nje ukukhupha isixa-mali esibalulekileyo kutyalo-mali olutsha ngaphandle kokuba bangakwazi ukuhlawulela imiba ye-aftermarket ngokuqhubekayo. I-Lithium Powerwall ineendleko eziphezulu zotyalo-mali lwangaphambili, kodwa ixesha elide kunye newaranti yeminyaka eyi-10 enikezelwa ngumthengisi inciphisa ngokupheleleyo iindleko zayo zokusetyenziswa kwexesha elide.
4. Ubushushu.
ILiFePO4 ILithium Iron Phosphate inokumelana noluhlu olubanzi lobushushu ngelixa ikhupha, ngoko ingasetyenziswa kwiindawo ezininzi ezitshisayo.
- Ubushushu be-Ambient yebhetri ye-Lead Acid: -4°F ukuya kwi-122°F
- Ubushushu be-Ambient ye-LiFePO4 ibhetri ye-powerwall: -4 ° F ukuya kwi-140 ° F Ukongeza, ngokukwazi ukunyamezela amaqondo okushisa aphezulu, inokuhlala ikhuselekile kunebhetri ye-lead-acid ekubeni iibhetri ze-LiFePO4 zixhotyiswe nge-BMS. Le nkqubo inokubona ubushushu obungaqhelekanga ngexesha kwaye ikhusele ibhetri, iyeke ukutshaja ngokuzenzekelayo okanye ukukhupha ngokukhawuleza, ngenxa yoko akuyi kubakho bushushu obuveliswayo.
5. Umthamo wokuGcinwa kwe-Powerwall Versus Lead-Acid
Akunakwenzeka ukuthelekisa ngokuthe ngqo umthamo we-Powerwall kunye neebhetri ze-lead-acid kuba ubomi babo benkonzo abufani. Nangona kunjalo, ngokusekwe kumahluko kwi-DOD (Ubunzulu bokukhutshwa), sinokumisela ukuba umthamo osebenzisekayo webhetri ye-Powerwall yomthamo ofanayo mkhulu kakhulu kunebhetri ye-lead-asidi.
Umzekelo: ukuthatha umthamo we10kWh iibhetri zePowerwallkunye neebhetri ze-lead-asidi; ngenxa yokuba ubunzulu bokukhutshwa kweebhetri ze-lead-asidi abukwazi ukuba ngaphezu kwe-80%, ngokufanelekileyo i-60%, ngoko ke ngokwenene zimalunga ne-6kWh - 8 kWh yomthamo osebenzayo wokugcina. Ukuba ndifuna ukuba zihlale iminyaka eyi-15, ngoko ke kufuneka ndiphephe ukukhupha ngaphezu kwe-25% ubusuku bonke, ngoko ke ixesha elininzi ngokwenene bane-2.5 kWh kuphela yokugcina. Iibhetri ze-LiFePO4 Powerwall, ngakolunye uhlangothi, zinokukhutshwa ngokunzulu kwi-90% okanye nakwi-100%, ngoko ke ukusetyenziswa kwansuku zonke, i-Powerwall iphezulu, kwaye iibhetri ze-LiFePO4 zinokukhutshwa ngakumbi xa zifuneka ukunika amandla kwimozulu embi kwaye /okanye ngamaxesha okusetyenziswa kwamandla aphezulu.
6. Iindleko
Ixabiso lebhetri ye-LiFePO4 liya kuba phezulu kuneebhetri ze-lead-acid zangoku, kufuneka utyale imali eninzi ekuqaleni. Kodwa uya kufumana ibhetri yeLiFePO4 inokusebenza okungcono. Singabelana ngetheyibhile yokuthelekisa kwireferensi yakho ukuba uthumela iinkcukacha kunye neendleko zeebhetri zakho ezisebenzayo. Emva kokujonga ixabiso leYunithi ngosuku (USD) kwiintlobo ezi-2 zeebhetri. Uya kufumanisa ukuba ixabiso leyunithi yebhetri ye-LiFePO4 / umjikelo uya kuba nexabiso eliphantsi kuneebhetri ze-lead-acid.
7. Impembelelo kokusingqongileyo
Sonke sixhalabele ukukhusela okusingqongileyo, kwaye sizama ukwenza indima yethu ukunciphisa ungcoliseko nokusetyenziswa kobutyebi. Xa kuziwa ekukhetheni itekhnoloji yebhetri, iibhetri zeLiFePO4 lolona khetho lubalaseleyo lokwenza amandla ahlaziyekayo njengomoya kunye nelanga kunye nokunciphisa iziphumo zokutsalwa kwesixhobo.
8. Ukusebenza kakuhle kwe-Powerwall
Ugcino lwamandla e-Powerwall yi-95% ebhetele kakhulu kuneebhetri ze-lead-asidi malunga ne-85%. Enyanisweni, oku akuwona umehluko omkhulu, kodwa kuyanceda. Kuyakuthatha malunga nesiqingatha esinye ukuya kwisibini esithathwini sekilowatt-yure engaphantsi kombane welanga ukutshaja ngokupheleleyo i-Powerwall ene-7kWh kuneebhetri ze-lead-asidi, nto leyo emalunga nesiqingatha somndilili wemveliso yemihla ngemihla yephaneli enye yelanga.
9. Ukugcina Isithuba
I-Powerwall ilungele ukufakela ngaphakathi okanye ngaphandle, ithatha indawo encinci kakhulu, kwaye njengoko igama licebisa yenziwe ukuba ixhonywe ezindongeni. Xa ifakwe kakuhle kufuneka ikhuseleke ngokugqithisileyo.
Kukho iibhetri ze-lead-acid ezinokuthi zifakwe ngaphakathi kwindlu kunye nezilumkiso ezifanelekileyo, kodwa ngenxa yethuba elincinci kakhulu kodwa lokwenyani lokuba ibhetri ye-lead-asidi iya kuthatha isigqibo sokuziguqula ibe yimfumba eshushu ye-fuming goo, ndincoma ngamandla ukuwabeka ngaphandle.
Ubungakanani besithuba esithatyathwe ziibhetri zelethe-asidi ezaneleyo ukunika amandla indlu engaphandle kwegridi abukho bukhulu njengoko abantu abaninzi besoloko becinga kodwa zisenkulu kunoko kudingwa zii-Powerwalls.
Ukuthatha indlu yabantu ababini ngaphandle kwegridi kunokufuna ibhanki yeebhetri ze-asidi yelothe kububanzi bebhedi enye, ubukhulu bepleyiti yesidlo sangokuhlwa, kunye nokuphakama njengefriji yebha. Ngelixa indawo ebiyelweyo yebhetri ingeyomfuneko ngokungqongqo kulo lonke ufakelo, amanyathelo okhuseleko kufuneka athatyathwe ukunqanda abantwana kuvavanyo loxinzelelo lwenkqubo okanye ngokuphendululekileyo.
10. Isondlo
Iibhetri ze-asidi ezikhokelela kubomi obude zifuna ukugcinwa okuncinci rhoqo kwiinyanga ezintandathu. I-Powerwall ayifuni nanye.
Ukuba ufuna ibhetri enemijikelezo engaphezu kwe-6000 esekelwe kwi-80% DOD; Ukuba ufuna ukuhlawula ibhetri kwiiyure ze-1-2; Ukuba ufuna isiqingatha sobunzima kunye nokusetyenziswa kwendawo yebhetri yelead-asidi… Yiza uhambe kunye nokhetho lweLiFePO4 powerwall. Sikholelwa ekubeni sibe luhlaza, njengawe.
Ixesha lokuposa: Sep-13-2024