Ukucima koMbane akuseyongxaki kwiibhetri zeSolar zasekhaya zeBSL

Ukumka kombane akuseyongxaki kwiKhaya le-BSL le-10kWh yeBetri yeSola > BSLiibhetri zasekhayainokunceda abaninimzi bagcine izibane zabo zikhanya ngexesha lokucima kombane kwaye bancede bangangeni kwigridi, ngaloo ndlela behlisa amatyala abo ombane. > Izicwangciso zeBSL zokwenza abantu bazi ngakumbi ngeebhetri zasekhaya ukuze abantu abaninzi babe noxolo lwengqondo naxa umbane uphelile. UKUCHITHWA KWAMANDLA AKUYONXAKI YE-BSL EKHAYA IEBHETRI EZELANGA Ngomhla wama-29 ku-Agasti ka-2021, iNkanyamba i-Ida yawela kufutshane nePort Four Wells, eLouisiana, kunye namakhaya angaphezu kwesigidi esinye kunye namashishini eLouisiana naseMississippi (kuquka yonke iNew Orleans) ayengenawo amandla njengoko i-Ida yayiyenye yezona ziqhwithi ezinamandla kakhulu zakha zabetha. kwilizwekazi laseUnited States. Iziganeko eziyintlekele, eziquka imililo yasendle, ukuvuthuza kwemimoya, iinyikima zomhlaba nezinye iintlekele zemvelo, zenzeka phantse rhoqo ehlotyeni kunxweme olusempuma nolusentshona lweUnited States. Izigidi zabemi baselunxwemeni zithwaxwa kukumka kombane ebudeni bezi ziganeko. Ukucima kombane okukhawulezileyo, okwaziwa "njengokuqhambuka kokhuseleko loluntu", kuya kuba yinto entsha yesiqhelo. I-BSLBATT, umenzi ohamba phambili weebhetri ze-lithium-ion e-China, unika isikhokelo sokujongana nezi meko. Iiseli zelanga zasekhaya azisebenzi nje njengomthombo wamandla okuxhasayo xa kwenzeka umbane, kodwa zikwanceda abaninikhaya ukuba bahlale ngaphandle kwegridi kwaye banike amandla okulawula ukusetyenziswa kwamandla ekhaya. Ekugqibeleni, kuya kubanceda ukuba bonge imali kumatyala abo ombane kwaye, ekuhambeni kwexesha, basindise iplanethi ngokuthintela ukukhutshwa kwerhasi yegreenhouse kunye nokunciphisa amathuba ombane ophuma kwiintambo eziphezulu. Kukho izibonelelo ezininzi ngakumbi zeebhetri zasekhaya ezingekafunyanwa. Abathengi ababini beBSLBATT,RaloshevichkwayeBelham, baxelele amabali abo okufaka ibhetri ye-BSLBATT 10kWh Powerwall kunye nendlela inkqubo yebhetri itshintshe ngayo ubomi babo. Bobabini bahlala eCalifornia kwaye bobabini babesengozini yokuphulukana namandla ngenxa yeentlekele zendalo okanye ukucinywa kombane okucwangcisiweyo ehlotyeni, okwabangela ukuba bafake ibhetri yasekhaya. Bathi iBSL10kWh ibhetriakubancedi nje ukuba banciphise amatyala abo ombane kwaye bangangeni kwigridi, kodwa kuye kwabanceda ukuba babe noxolo lwengqondo. UBella, uSekela Mongameli we-BSLBATT, wathi: "Iintlekele zendalo ziyoyikeka ngokwaneleyo, kodwa ukutshatyalaliswa kombane okuzisayo kwenza ubomi babantu bube buhlungu ngakumbi, kwaye sifuna abantu bazi ukuba ngokwenene kukho indlela yokulungiselela kwezi meko." "Ibhetri yeSolar yeKhaya ye-BSL ngumthombo othembekileyo wamandla kwaye sikholelwa ukuba iya kuba sisixhobo esifanelekileyo sokunceda abaninimzi ukuba baphumelele kwiimeko ezingalindelekanga zokucima umbane." Ividiyo yokunceda abantu baqonde ngcono iibhetri zokugcina ze-BSL zasekhaya ziya kufakwa kwijelo le-YouTube elisemthethweni le-BSL, kunye nokubonisa indawo yokuvelisa ibhetri ye-lithium ye-BSL. Ngokubhekiselele kwiimveliso zebhetri zogcino lwamandla elanga ekhaya, iimodeli ezintandathu ezahlukeneyo ziyafumaneka ukuhlangabezana neemfuno ezahlukeneyo zabathengi malunga nombane kunye nomthamo. 2.5kWh 48V lithium ion ibhetri yelanga 5.12kWh 48V lithium ion ibhetri yelanga 7.68kWh 48V lithium ion ibhetri yelanga 10.12kWh 48V lithium ion ibhetri yelanga 15kWh 48V lithium ion ibhetri yelanga 20kWh 48V lithium ion ibhetri yelanga Malunga ne-BSLBATT Lithium I-BSLBATT Lithium yenye yezona ziphambili kwihlabathiabavelisi beebhetri ze-lithium-ionkunye nomkhokeli weemarike kwiibhetri eziphambili kwi-grid-scale, ukugcinwa kwendawo yokuhlala kunye namandla aphantsi. Itekhnoloji yethu yebhetri ye-lithium-ion ephezulu yimveliso engaphezulu kweminyaka eyi-18 yamava yokuphuhlisa kunye nokuvelisa iibhetri eziphathwayo kunye ezinkulu kwiinkqubo zemoto kunye nokugcinwa kwamandla (ESS). I-bsl lithium izibophelele kubunkokeli bezobuchwepheshe kunye neenkqubo ezisebenzayo kunye nekhwalithi ephezulu yokuvelisa iibhetri ezinamazinga aphezulu okhuseleko, ukusebenza kunye nokuthembeka.