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Extending Life of Lithium-ion Battery Packs by Taming Heterogeneities via an Optimal Control-based Active Balancing Strategy.

, , and . CoRR, (2022)

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Offline Multiobjective Optimization for Fast Charging and Reduced Degradation in Lithium-Ion Battery Cells Using Electrochemical Dynamics., , , , and . IEEE Control. Syst. Lett., 5 (6): 2066-2071 (2021)On-line Capacity Estimation for Lithium-ion Battery Cells via an Electrochemical Model-based Adaptive Interconnected Observer., and . CoRR, (2020)Second-life Lithium-ion batteries: A chemistry-agnostic and scalable health estimation algorithm., , and . CoRR, (2022)Battery Health Management System for Automotive Applications: A retroactivity-based aging propagation study., , , and . ACC, page 703-716. IEEE, (2015)Offline multiobjective optimization for fast charging and reduced degradation in lithium ion battery cells., , , , and . ACC, page 4441-4446. IEEE, (2021)Characterization of aging propagation in Lithium-ion cells based on an electrochemical model., and . ACC, page 3113-3118. IEEE, (2016)Linearized Versus Nonlinear Observability Analysis for Lithium-Ion Battery Dynamics: Why Respecting the Nonlinearities Is Key for Proper Observer Design., and . IEEE Access, (2021)Extending Life of Lithium-Ion Battery Systems by Embracing Heterogeneities via an Optimal Control-Based Active Balancing Strategy., , and . IEEE Trans. Control. Syst. Technol., 31 (3): 1235-1249 (May 2023)Fast Charging-Minimum Degradation Optimal Control of Series-Connected Battery Modules with DC/DC Bypass Converters., , , , and . ACC, page 231-236. IEEE, (2021)An Interconnected Observer for Concurrent Estimation of Bulk and Surface Concentration in the Cathode and Anode of a Lithium-ion Battery., and . IEEE Trans. Ind. Electron., 65 (9): 7311-7321 (2018)