Batteries, Vol. 7, Pages 80: Implementation of Battery Electronic Twin: Approach, Functionalities plus Benefits

Batteries, Vol. seven, Pages 78: Implementation associated with Battery Digital Twin: Approach, Functionalities and Benefits

Batteries doi: 10. 3390/batteries7040078

Authors: Soumya Singh Max Weeber Kai Peter Birke

The concept of Digital Twin (DT) is broadly explored in literature regarding different application fields since it promises to reduce design time, enable design and operation optimization, enhance after-sales services and reduce overall expenses. While the particular perceived benefits strongly encourage the use of DT, in the battery industry the consistent implementation approach and quantitative assessment of changing a battery DT is definitely missing. This paper is usually a part of a continuous study that investigates the particular DT functionalities and quantifies the DT-attributes across the life cycles phases of a battery system. The critical question is regardless of whether battery DT is really a practical and realistic way to meeting the growing challenges associated with the battery industry, like degradation evaluation, usage marketing, manufacturing inconsistencies or second-life application possibility. Within the scope of this papers, a consistent approach of DT implementation for battery power cells is presented, plus the main functions from the approach are tested on a Doyle-Fuller-Newman model. In basis, a battery DT can offer improved representation, efficiency estimation, and behavioral forecasts based on real-world data along with the integration of battery life period attributes. Hence, this paper identifies the efforts regarding implementing a battery DT and provides the quantification attribute for future academic or industrial research.

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