This letter proposes a new universal integrated onboard charger (IOBC) to achieve a wide
output voltage range ranging from 48–450 V for plug-in electric vehicle battery charging …

Voltage ripple is introduced to the DC link when a single-phase rectifier operates, which
affects the energy balance of both the DC and AC sides. Accurate acquisition and fast …

The concept of the dual channels provides integrated onboard charger (IOC) with robust
fault tolerance capability and high reliability. This paper investigates a dual‐channel IOC …

Electric-drive-reconstructed onboard chargers (EDROCs), also known as electric-drive-
reconstructed power management systems, are a promising alternative to conventional …

With the increase in adoption of electric vehicles (EVs), there is a significant demand for
battery chargers with high power capacity. Typically, the off-board chargers have high power …

As the global adoption of electric vehicles continues to rise, integrated battery chargers play
a pivotal role in shaping the future of electric transportation. In this paper, a grid voltage …

Recently, the global energy landscape is predominantly reliant on fossil fuels for both
electricity generation and transportation needs [1]. However, a confluence of emerging …

In recent years, due to high rise in deployment of electric vehicles in markets, battery
chargers are high in demands. Chargers are generally of two types: on-board and off-board …

In this paper, a grid voltage sensor-less control scheme for an AC-DC power factor
correction converter using a non-linear voltage controller is proposed. The conventional …

Model predictive control (MPC) method has been widely used in the current control of three-
phase voltage source inverters due to the parameters are easy to design, the fast dynamic …