The electrical drive system is crucial to the drive performance and safety of electric vehicles
(EVs). In contrast to the traditional two-wheel-driven EVs, the hub motor four-wheel-drive …

Vehicular configuration optimization thus to prolong driving mileage has become an
essential issue in affecting the future prospect of electric vehicles. This study proposed to …

This paper presents a planning model that utilizes mobile energy storage systems (MESSs)
for increasing the connectivity of renewable energy sources (RESs) and fast charging …

This article proposes a multiple mode current (MMC) control for hybrid-excitation axial flux
switching permanent magnet (HE-AFSPM) motors considering driving cycles. To satisfy the …

In this article, based on flux modulation theory, an airgap-harmonic-based multilevel
optimization design approach is proposed for a double-stator flux-modulated permanent …

In this paper, a driving cycle design optimization approach using the dimension reduction
method is proposed for a less-rare-earth permanent magnet (LRE-PM) motor. In order to …

With growing environmental concerns and the limitations of fuel cell resources, replacing
petrol-based engines with electric machines as the traction motor for electric vehicles (EVs) …

This article presents a comprehensive comparative design exercise of synchronous
reluctance (SyR) machines considering different soft magnetic materials and a wide range of …

In this paper, two design optimisation methods are evaluated using gradient-based
optimisation for electric vehicle traction applications. A driving cycle-based approach is used …

The electrification of the automotive has recently shaped the current revolution in
transportation. Many automotive companies are now producing their own electric vehicle …