Three-phase LLC resonant converters can handle much higher power compared to half-
bridge and full-bridge LLC converters, which makes them suitable for levels 2 and 3 battery …

With the increasing demand for flat displays, slim telecom/IT power supplies, and portable
devices, the use of planar transformers (PTs) is becoming mandatory to achieve slim …

In this article, a nonisolated resonant light-emitting diode (LED) driver based on the LCLC
resonant network is presented. The adopted LCLC network can provide load-independent …

Wireless power transmission (WPT) is one of the breakthroughs in effortless electric vehicle
(EV) charging technology. Different types of wireless charger topologies were proposed and …

In conventional photovoltaic (PV)-battery systems, a centralized battery storage system
(BSS) is typically connected through a separate bidirectional converter at the common dc …

Electric vehicle technology is going to be the future of transportation, with the increase in
technological advancement and the growing concerns on the greenhouse gas emission …

This article fully discusses the general review on power factor correction of single-phase
AC/DC-DC power electronic converters for electric vehicle applications. To magnify power …

Adding onboard solar generation to electric vehicles (EVs) is one way to help reduce their
charging needs and/or increase their driving range. To maximize the potential benefit …

Utility power lines voltage levels vary in different geographical locations, ranging from 208 to
480 V rms. Power factor correction (PFC) converters are typically designed for a particular …

Given the stochastic nature of solar energy, integrating PV arrays with energy storage
systems (ESSs) is crucial for a consistent power supply. Effective maximum power point …