In this article, a comprehensive control strategy of a high-frequency link matrix converter
(HFLMC) based on the interaction technology between electric vehicle and power grid is …

Matrix converters are bi-directional power electronic devices consisting of an array of
solidstate switches directly connecting a source and load without an intermediate DC link …

Model predictive control (MPC) is applied to ac/dc matrix converters (MCs) to achieve fast
dynamic response and simple implementation. However, the large number of calculations …

Single stage battery chargers eliminate the DC link capacitor stage between two stage
power conversion. In this work, a reduced sensor based four quadrant charger with single …

In order to improve the safety and reliability of airborne power supply and distribution
system, a digital twin of a phase-shift full-bridge current doubling rectifier converter based on …

Model predictive control (MPC) is emerging as an attractive method to control AC/DC matrix
converter (MC). However, the high computational burden and variable switching frequency …

In this paper, the virtual space vector modulation for the AC–DC (alternating current–direct
current) matrix converters is proposed to reduce the DC current ripples in the whole …

In this paper, matrix converter is used as a phase conversion device. It is employed as
bidirectional converter, where three-phase to five-phase and five-phase to three-phase …

This paper presents a model predictive control approach for a current source rectifier that
can be used as battery charger fed from three-phase ac grid. The proposed MPC technique …

Three phase single stage battery charger with four quadrant operation is presented here.
Most of the battery chargers available today commercially are of two stage type. That means …