In recent years, the research interest in off-grid (standalone mode) and hybrid (capable of
both standalone and grid-connected modes) charging systems for electric vehicles (EVs) …

The scarce availability of non-renewable sources and the staggering amount of pollution
have inevitably provoked many countries to opt for renewable sources. Thence, invariably …

For electric vehicles (EVs) equipped with an onboard charger (OBC) and a wireless power
transfer (WPT) system, there will be two charging systems in the EVs, which increases the …

The expanding Electric vehicle (EV) market is fueled by the need for more efficient and
dependable ways to recharge the battery. By eradicating the necessity for direct physical …

In this article, a triple-phase-shift (TPS) control strategy combining a switch-controlled
capacitor (SCC) is proposed for LCC–LCC compensated wireless power transfer (WPT) …

Along with the technology boom regarding electric vehicles such as lithium-ion batteries,
electric motors, and plug-in charging systems, inductive power transfer (IPT) systems have …

Wireless power transfer (WPT) for portable electronic applications has been gaining a lot of
interest over the past few decades. This study provides a comprehensive review of the …

The lithium-ion battery of an electric vehicle (EV) is typically rated at either 400 or 800 V.
When considering public parking infrastructures, EV wireless chargers must efficiently …

The increasing Electric Vehicle (EV) market is driven by the desire for more efficient and
reliable approaches to recharge EV batteries. Among various charging methodologies for …

Recent motivation to cut greenhouse gas emissions to combat climate change has led to
increasing transportation electrification. However, electric vehicle proliferation comes with a …