Farashin Batirin LiFePO4: Ingantattun Maganin Adana Makamashi Tare da Darajar Musamman

Tare daidaita wannan batuwa LiFePO4 suna yi daga cikin ake karamin hanyar da ke nuna amfani da wani aiki na gudurwar wannan kasance. Daga cikin wannan, yanzu aikin zuwa 10 ta 15 saitar da aka zo ne a kan shirya, a ce kuma tare daidaita wannan batuwa suna sojiya ga wannan kasance, kuna haifuwa rubutu mai tsaye mai sabon kasa. Da fatan wannan batuwa suka yi amfani da energy density na jama'a da amfani da power delivery, mutum mai amfani suka yi amfani da capacity na gami da aka son ruwa. Hanyar hanyar na safe suna built-in a cikin wannan batuwa, misali ya karfi na protection da chemistry na gabatarwa, suka haifuwa amsa na equipment na safe, a ce kuma sojiya ga cost na sabon system. Da fatan wannan batuwa suka yi amfani da maintenance na gabatarwa, kuma suka haifuwa memory effect, suka sojiya ga operational costs na gabatarwa. Wannan batuwa suka yi amfani da performance na gabatarwa a cikin lifecycle, a ce power delivery na gabatarwa ba za'a yi degeneration. Da fatan wannan batuwa suka yi amfani da rapid charging capability, a ce utility na gabatarwa ba za'a yi downtime. Sabon discharge rates suka support applications na gabatarwa ba za'a yi amfani da systems na gabatarwa. Environmental considerations suka factor a cikin value proposition, kuma wannan batuwa suka yi amfani da environmentally friendly, suka yi amfani da green energy incentives. Scalability na LiFePO4 systems suka yi amfani da modular expansion, a ce users suka optimize initial investment, kuma suka yi amfani da flexibility na gabatarwa a cikin growth na energy storage capacity. Kuma, stable chemistry da long shelf life suka yi amfani da minimal self-discharge, suka haifuwa waste, a ce return on investment na gabatarwa.