Control Strategies in Power Electronics

This research sub-field focuses on the development and optimization of advanced control methods for electronic systems, particularly in motion control and power converters. It encompasses various control techniques such as predictive control, sliding-mode control, and optimization strategies, aiming to enhance the efficiency and performance of power electronic systems.

control strategies

power converters

motion systems

sliding-mode control

model predictive control

optimization

power electronics

advanced control

31,153 papers

Parent topic: Communication and Signal Processing

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Sub-topics

Control Mechanisms for Power Converters

This cluster encompasses various control strategies for power converters, addressing issues such as stability and performance in power electronic systems. Key areas include constant power loads, negative impedance, and maximum power point tracking.

8058 papers

Motion Control in Power Systems

This cluster focuses on advanced control strategies specifically for motion systems, particularly in applications of power electronics. Research includes techniques like nonlinear speed control and optimal control for hybrid powertrains.

4158 papers

Sliding-Mode Control Applications

This cluster is dedicated to the implementation of sliding-mode control in various power electronic applications. Research includes adaptive control strategies and issues related to DC-DC converters using sliding-mode techniques.

2663 papers

Specialized Control Techniques for Converters

Focusing on advanced control techniques for power converters, this research area includes the application of sliding-mode control and backstepping control for specific converter designs. The emphasis is on improving system performance and efficiency.

1759 papers