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Sliding Mode Control of PMSM Drive for Lightweight Electric Vehicles.

, , и . SSD, стр. 2109-2114. IEEE, (2022)

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Cherifa Bachir

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Sizing and Energy Management Strategy for hybrid FC/Battery electric vehicle., , , , , и . IECON, стр. 2111-2116. IEEE, (2016)Comparative study between battery and supercapacitor hybridization with fuel cells for automotive applications., , , и . CoDIT, стр. 833-838. IEEE, (2017)Energy Secondary Source Technology Effect on Hybrid Energy Source Sizing for Automotive Applications., , , и . CoDIT, стр. 1040-1044. IEEE, (2018)Energy management strategies for a fuel-cell/battery hybrid power system., , , и . J. Syst. Control. Eng., 237 (4): 704-716 (апреля 2023)Experimental energy management of hybrid fuel cell/battery system., , , и . SDD, стр. 492-498. IEEE, (2017)IPM Machine Design Using K-Means Data Clustering Technique for Automotive Applications., , , и . CoDIT, стр. 2707-2712. IEEE, (2023)Using of multi-physical models to evaluate the Influence of power management strategies on the ageing of hybrid energy storage system., , , , , и . CoDIT, стр. 2052-2057. IEEE, (2019)Sliding Mode Control of PMSM Drive for Lightweight Electric Vehicles., , и . SSD, стр. 2109-2114. IEEE, (2022)The Influence of Magnetic Materials Technologies on the Design of IPMSM for Automotive Applications., , и . CoDIT, стр. 1646-1651. IEEE, (2022)Improved Fuzzy Logic Control of PV/Battery Hybrid Power System., , , и . CoDIT, стр. 1231-1237. IEEE, (2020)