Lithium‐ion batteries are indispensable in various applications owing to their high specific
energy and long service life. Lithium‐ion battery models are used for investigating the …

This paper proposes a novel parameter identification method for the lithium-ion (Li-ion)
battery equivalent circuit model (ECM) considering the electrochemical properties. An …

In this study, an analytical model is represented for evaluation of remaining charge state of
commercial automotive-grade lithium batteries. The model is elaborated for evaluation of …

Lithium-ion batteries are commonly employed in various applications owing to high energy
density and long service life. Lithium-ion battery models are used for analysing batteries and …

Using electrochemistry-based battery models in battery management systems remains
challenging due to the difficulty of uniquely determining all model parameters. This paper …

Although electrochemical models have superior capabilities of internal states estimation to
equivalent-circuit models, they have larger numbers of parameter values to be determined …

Physico-chemical battery models are capable of better simulation of lithium-ion cell
behaviour due to their more physically descriptive modelling approach using many physical …

This paper describes a new parameter estimation algorithm for a well-recognized electrical
analogue battery model. The limited bandwidth characteristic of the electrical analogue …

This paper represents the optimization of an advanced battery model parameter
minimization tool for estimation of lithium‐ion battery model parameters. This system is …

Structural identifiability is a critical aspect of modelling that has been overlooked in the vast
majority of Li-ion battery modelling studies. It considers whether it is possible to obtain a …