Garry Jean-pierre

About Garry Jean-pierre

Garry Jean-pierre, With an exceptional h-index of 9 and a recent h-index of 9 (since 2020), a distinguished researcher at University of Wisconsin-Milwaukee, specializes in the field of Power electronics, renewable energy systems energy storage microgrids.

His recent articles reflect a diverse array of research interests and contributions to the field:

An expanded Lyapunov-function based control strategy for cascaded H-bridge multilevel active front-end converters

An optimized start-up scheme for isolated cascaded AC/DC power converters

Overall efficiency improvement of a dual active bridge converter based on triple phase-shift control

Development of a medium voltage, high power, high frequency four-port solid state transformer

An optimal design of a hybrid liquid/air cooling system for high power, medium frequency, and medium voltage solid-state transformer

Sliding mode control scheme of a cascaded H-bridge multilevel active front end rectifier

A control scheme for a DC extreme fast charger with RMS current minimization

Development of a data analytics platform for an electrical/water microgrid

Garry Jean-pierre Information

University

Position

Center for Sustainable Electrical Energy Systems (UWM)

Citations(all)

156

Citations(since 2020)

155

Cited By

23

hIndex(all)

9

hIndex(since 2020)

9

i10Index(all)

7

i10Index(since 2020)

7

Email

University Profile Page

Google Scholar

Garry Jean-pierre Skills & Research Interests

Power electronics

renewable energy systems energy storage microgrids

Top articles of Garry Jean-pierre

An expanded Lyapunov-function based control strategy for cascaded H-bridge multilevel active front-end converters

IEEE Open Journal of Power Electronics

2023/1/24

An optimized start-up scheme for isolated cascaded AC/DC power converters

2022/10/9

Garry Jean-Pierre
Garry Jean-Pierre

H-Index: 3

Overall efficiency improvement of a dual active bridge converter based on triple phase-shift control

Energies

2022/9/22

Development of a medium voltage, high power, high frequency four-port solid state transformer

CES Transactions on Electrical Machines and Systems

2022/3/31

An optimal design of a hybrid liquid/air cooling system for high power, medium frequency, and medium voltage solid-state transformer

2021/6/28

Sliding mode control scheme of a cascaded H-bridge multilevel active front end rectifier

2021/6/28

Garry Jean-Pierre
Garry Jean-Pierre

H-Index: 3

Necmi Altin
Necmi Altin

H-Index: 20

A control scheme for a DC extreme fast charger with RMS current minimization

2021/6/28

Development of a data analytics platform for an electrical/water microgrid

2021/6/28

Control and loss analysis of a solid state transformer based DC extreme fast charger

2021/6/21

Design, Control, and Development of a Multilevel Converter Medium Voltage AC to Low Voltage DC for Fleet Electric Vehicle Charge Station

2021

Garry Jean-Pierre
Garry Jean-Pierre

H-Index: 3

Efficiency optimization of dual active bridge DC–DC converter with triple phase-shift control

2020/10/11

A triple phase-shift based control method for RMS current minimization and power sharing control of input-series output-parallel dual active bridge converter

2020/6/23

A multiport bidirectional LLC resonant converter for grid-tied photovoltaic-battery hybrid system

International Journal of Renewable Energy Research

2020/6

Garry Jean-Pierre
Garry Jean-Pierre

H-Index: 3

Design and implementation of a medium voltage, high power, high frequency four-port transformer

2020/3/15

A control scheme based on lyapunov function for cascaded H-Bridge multilevel active rectifiers

2020/3/15

See List of Professors in Garry Jean-pierre University(University of Wisconsin-Milwaukee)

Co-Authors

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