Intshayelelo: UCatherine von Berg, i-CEO ye-California Battery Company, uxoxe ngokuba kutheni ecinga ukuba i-lithium iron phosphate iya kuba yikhemikhali engundoqo kwixesha elizayo.
Umhlalutyi wase-US uWood Mackenzie uqikelele kwiveki ephelileyo ukuba ngo-2030, i-lithium iron phosphate (LFP) iya kuthatha indawo ye-lithium manganese cobalt oxide (NMC) njengeyona khemikhali imileyo yokugcina amandla.Nangona oku kusiqikelelo esinamabhongo sisodwa, uSimpliphi ujonge ukukhuthaza olu tshintsho ngokukhawuleza.
Ingqonyela yakwaSimpliphi uCatherine Von Burg uthe: Kukho into ebaluleke kakhulu ekwachaphazela ishishini, enokuba nzima ukuyichaza okanye ukuyiqonda.Oku kuhambelana neengozi eziqhubekayo: imililo, ukuqhuma, njl."
UVon Burg ukholelwa ukuba indawo eyingozi ye-cobalt kwi-chemistry yebhetri ayifumanekanga mva nje.Kwiminyaka elishumi edlulileyo, abantu bathathe amanyathelo okunciphisa ukusetyenziswa kunye nomonakalo onokubakho we-cobalt.Ukongeza kwiingozi ezinxulumene ne-cobalt njengesinyithi, indlela i-industry ifumana ngayo i-cobalt ngokuqhelekileyo ayifanelekanga.
Umnini wenkampani yokugcina amandla yaseCalifornia wathi: "Inyaniso kukuba izinto ezintsha zokuqala kwi-lithium ion zijikeleze i-cobalt oxide. Ngophuhliso lweshishini, ukungena kwi-2011 / 12 ngonyaka, (abavelisi baqala) ukongeza i-manganese kunye ne-nickel. Kwaye ezinye iintsimbi zokunceda ukuphelisa okanye ukunciphisa imingcipheko esisiseko eyenziwa yicobalt. "
Ngokubhekiselele kuphuhliso lokuguqulwa kweekhemikhali ngokukhawuleza kunokuba bekulindelwe, uSimpliphi ubike ukuba nangona impembelelo yobhubhane, intengiso yayo inyuke nge-30% ngonyaka ngo-2020. ukhuseleko unikezelo lwamandla ukhuseleko.Kukwakho nabanye abathengi abakhulu kuluhlu.USimpliphi ubhengeze kulo nyaka iprojekthi yokugcina amandla ebhetri kunye neenkampani eziluncedo iAEP kunye nePepco.
I-AEP kunye ne-Southwest Electric Power Company yaseka umboniso we-cobalt-free, ukugcinwa kwamandla ahlakaniphile + inkqubo yelanga.Umboniso usebenzisa ibhetri ye-Simpliphi 3.8 kWh, i-inverter kunye nesilawuli se-Heila njengebhetri kunye nenkqubo yokulawula amandla.Ezi zixhobo zilawulwa nguHeila Edge kwaye zihlanganiswe kwinethiwekhi ehlakaniphile esasazwayo, enokuthi isetyenziswe nguwuphi na umlawuli ophakathi.
Kuqikelelo lokukhawulezisa uguquko lwebhetri, uVon Burg ubonise imveliso yamva nje yenkampani yakhe, ibhetri yeamplifier ye-3.8 kWh, ebonisa inkqubo yolawulo lobunini ebala kwaye iguqule izikhombisi kwii-algorithms, ukhuseleko, ukubekwa esweni, kunye nokunika ingxelo.Ukulawula, ukuqinisekiswa kunye nokusebenza kokulinganisela.
I-CEO yathi: "Xa singena kwiimarike, ibhetri nganye yethu ine-BMS (iNkqubo yoLawulo lweBattery), kwaye i-interface isekelwe kwi-voltage curve."Ngamanye amazwi, olu lulawulo olukrelekrele lweebhetri zangaphakathi zokwandisa ukusebenza.Njengoko imarike iphuhla kwaye ibandakanyeka kwiiprojekthi eziluncedo, kufuneka sibe noqhagamshelo olungakumbi kunye nobukrelekrele obufakwe kwi-BMS, ukuze iibhetri zethu zikwazi ukuya ngaphaya kwejiko lombane we-inverter kwaye zisete isilawuli sentlawulo yenqaku ngolwazi lwedijithali kunye neZixhobo zokunxibelelana, umzekelo, i-micro- igridi ehlakaniphile" isilawuli sendawo.
Ngelo xesha, i-CEO yathi: "I-BMS yale bhetri ye-amplifier yinto esiyifundele phantse unyaka. Ibhetri ilungelelaniswa ngokuzenzekelayo. Akuyimfuneko ukusitshela ukuba ibhetri yiNombolo ye-1 okanye i-No. 100. Kukho ukutshaja kwe-inverter kwisiza Umlawuli, sele ecwangciswe kwangaphambili ukuba athethe ulwimi lwe-inverter kwaye inokulungelelaniswa.
Ixesha lokuposa: Sep-16-2020