Article-Journal

This paper presents a cognitive digital twin (CDT) framework for high-frequency power converters, integrating advanced state estimation with model predictive control (MPC) to enhance performance and efficiency.

The co-simulation is becoming increasingly popular in the analysis and design of power electronic systems (PESs). However, effectively …

Simulation is an efficient tool in the design and control of power electronic systems. However, quick and accurate simulation of them …

This paper presents an event-driven synchronization framework for physical controller co-simulation of megawatt-level power electronic systems, addressing the challenges of real-time constraints and ensuring consistent controller behavior.

Phase-shift modulation has been widely adopted in dual active bridge (DAB) converters due to its simple implementation and great system …

A DAT+SEO scheme boosts HIL simulation accuracy 42× and reduces memory use by 90% through adaptive step-sizing and precise switching event prediction.

This article presents a real-time digital mapped (RTDM) method for sensorless multitimescale operation condition monitoring in power electronics systems using FPGA simulators. The RTDM method can monitor variables on the switching period timescale to the system transient timescale, providing a more comprehensive and visual analysis of their operation.

An FPGA-based X-in-the-loop simulation testbench for dynamic wireless power transfer systems, addressing stochastic and nonlinear inductance behaviors.

With the increasing popularity of renewable energy and electric terminal equipment, the large-scale application of isolated …

This letter presents an event-synchronous time-asynchronous (ESTA) method for controller hardware-in-the-loop (CHIL) simulations of …