Power Electronics and Inverter Technology

This research sub-field focuses on the development and application of power electronic devices and inverter technologies, particularly in electric vehicle (EV) systems and industrial applications. It encompasses various control strategies, converter topologies, and innovations in driving and managing electrical power flows across different systems.

Power Electronics

Inverters

Electric Vehicles

Control Strategies

DC-DC Converters

PWM Techniques

Motor Drives

Microgrid Technologies

76,520 papers

Parent topic: Communication and Signal Processing

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Sub-topics

AC Microgrid Control Techniques

Research in this area involves control strategies tailored for AC microgrid systems. This cluster focuses on the coordination of distributed energy resources and ensuring effective power sharing among multiple sources.

13616 papers

Industrial Power Conversion Systems

This research area focuses on power converters employed in industrial applications, particularly in medium-voltage systems. It evaluates different converter architectures and their control methods for improving operational efficiency.

6667 papers

Modular PWM Inverter Technology

Research within this cluster pertains to advanced pulse-width modulation techniques and their application in modular inverter drives. The emphasis is on control methods and performance optimization for medium-voltage applications.

6616 papers

Electric Drive Systems and Control

This cluster focuses on various electric motor drive systems and their control mechanisms. It covers multiple motor types and techniques for improving performance and efficiency in electric and hybrid electric vehicles.

4894 papers

Inverter Control for Power Systems

This cluster studies control methodologies designed for inverters operating within power systems. The focus is on improving grid integration, reliability, and performance in varied operational conditions.

3802 papers

Power Electronics in Electric Vehicles

Research in this cluster examines power electronics systems used specifically in electric vehicles, including fast charging methods. It looks at various converter topologies and their applications in hybrid and plug-in hybrid vehicles.

3652 papers

DC-DC Converter Technologies for EVs

This cluster investigates various DC-DC converter topologies and their applications in electric vehicle systems. It explores design methodologies suited for bidirectional charging and integration with electric vehicle architectures.

3525 papers

DC Microgrid Control Architectures

This cluster concentrates on control strategies applicable to DC microgrids, facilitating efficient power management and distribution. It emphasizes adaptive techniques for integrating storage and generation systems.

3088 papers

Inductive Charging Techniques for EVs

This cluster focuses on techniques for inductive power transfer systems specifically designed for electric vehicle charging. It encompasses the design methodologies and performance analysis of various inductive charging systems.

2150 papers

Multilevel Inverter Design and Control

This cluster investigates multilevel inverter topologies and their respective control strategies. It aims to optimize performance for various applications, including renewable energy systems and electric drives.

1797 papers

AC Motor Drives with PWM Control

The focus here is on the use of PWM inverters in AC motor drive systems. This cluster studies the impact of PWM techniques on motor performance and associated electrical phenomena.

1686 papers