Electric vehicle battery SOC estimation under different speed references

Author:

Jebahi Radhia,Ben Fatma Nawris,Aloui Helmi

Abstract

The present work aims to improve the traction chain system of a leisure electric vehicle equipped with a Li-S battery. For that, an equivalent circuit model of the battery was developed and implanted in the traction chain model in order to investigate the autonomy of the electric vehicle under different drive-cycles. The obtained results show a good quality of the studied vehicle in terms of autonomy and energy consumption.

Publisher

EDP Sciences

Subject

General Medicine

Reference12 articles.

1. Speed control of universal motor

2. An electric traction drive for electric vehicles

3. Huang S., He Z., Li X.. ICNSC Conference (30 Oct.-2 Nov 2020, China, 2020).

4. Dewangga B. R., Herdjunanto S., Cahyadi A., ICST Conference (7-8 Aug, Indonesia, 2018).

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