Incorporating subsystem aging heterogeneity and aging costs into BESS optimization for energy arbitrage yields 21% higher revenue per unit of SOH loss versus baseline while reducing infeasible schedules.
Anal- ysis and modeling of calendar aging of a commercial lifepo4/graphite cell,
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Accounting for Subsystem Aging Variability in Battery Energy Storage System Optimization
Incorporating subsystem aging heterogeneity and aging costs into BESS optimization for energy arbitrage yields 21% higher revenue per unit of SOH loss versus baseline while reducing infeasible schedules.