Optimal power flow for hybrid ultracapacitor systems in light electric vehicles

This work demonstrates a predictive power optimization algorithm to control the power mix in a hybrid energy storage system, consisting of an ultracapacitor module and a lithium-ion battery pack for light electric vehicle applications. The algorithm uses a state-based approach, organized as a probab...

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Bibliographische Detailangaben
Hauptverfasser:	Laldin, O., Moshirvaziri, M., Trescases, O.
Format:	Tagungsbericht
Sprache:	eng
Schlagworte:	Batteries Battery converter output current [A] Battery converter output current command [A] Battery equivalent series resistance [Ω] Battery internal current [A] Battery internal voltage [V] Battery parallel leakage current [A] Battery parallel resistance [Ω] Battery terminal current [A] Battery terminal voltage [V] Discharges Integrated circuit modeling Load current [A] Load modeling Prediction algorithms System bus voltage [V] System-on-a-chip U-cap converter output current [A] U-cap converter output current command [A] U-cap internal current [A] U-cap internal series resistance [Ω] U-cap internal voltage [V] U-cap parallel leakage current [A] U-cap parallel resistance [Ω] U-cap terminal current [A] U-cap terminal voltage [V] Ultra-capacitor equivalent series resistance [Ω]
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