Fei (fred) Wang

Professor

University of Tennessee

United States

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Professor Fei (Fred) Wang is a faculty member at the University of Tennessee Knoxville, USA. His research focuses on advanced power systems, particularly in the areas of solid-state circuit breakers, microgrid design, and control strategies for voltage-source converters. His recent publications include work on enhancing performance in electrified aircraft propulsion systems and developing innovative grounding schemes for microgrids.

Fei (fred) Wang

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Articles (21)

Co-Design of Detection, Actuation, and Control for Solid-State Circuit Breakers in Electrified Aircraft Propulsion System

Design and Control of a Four-Wire MMC-Based Power Conditioning System for the Unbalanced Load Support in a Transformer-Less Asynchronous Microgrid

A Controllable Distributed Energy Resource Transformer-Based Grounding Scheme for Microgrids

An Inverter-Based Flexible Microgrid Grounding Scheme

PCB Rogowski Coil With DC Sensing for Double Pulse Test Applications

Control Design of Passive Grid-Forming Inverters in Port-Hamiltonian Framework

A Negative Sequence Impedance Design and Regulation Strategy for Negative Sequence Current Sharing Among Grid-Forming Sources in Microgrids Considering Topology Impacts

Conditional Sixth Harmonic Injection to Improve the Linear Modulation Range of Three Phase Voltage Source Converters

Desat Protection With Ultrafast Response for High-Voltage SiC MOSFETs With High dv/dt

Module Development for a High Specific Power Density High-Efficiency Cryogenic Solid-State Circuit Breaker for Electrified Aircraft Propulsion

Small-Signal Stability Analysis for Large-Scale Power Electronics- Based Power Systems

Fault-Tolerant Architectures With Enhanced Bus Protection for Electric/Hybrid Aircraft Systems

Medium-Voltage Isolated Auxiliary Power Supply Design for High Insulation Capability, Ultra-Low Coupling Capacitance, and Small Size

Modeling and Control of Variable Speed Drive Based Loads for Grid Primary Frequency Support

Improved Double Pulse Test for Accurate Dynamic Characterization of Medium Voltage SiC Devices

Modeling and Emulation of a Synchronous Generator Considering Unbalanced Load Conditions

Online-Harmonic-Detection-Based System Stabilization Function for Grid-Forming Inverters Under Various Grid Conditions

Power Flow Models of Grid-Forming Inverters in Unbalanced Distribution Grids

A Current Limiting Strategy for WBG-Based Solid-State Circuit Breakers With Series-Connected Switching Cells

Enhanced Synchronization Stability of Grid-Forming Inverters With Passivity-Based Virtual Oscillator Control

Unifying the Transformer Current in Multiple Phase Modulation Without Current Spike During Load Transients

Collaborators (6)

Hao Huang

Hua Bai

He YIN

Kaushik Rajashekara

Jingxin Wang

Harish Sarma Krishnamoorthy

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