Single-Phase Rectifier and Inverter Modeling and Control

Connecting renewable energy sources to the power grid requires precise control of rectifiers and inverters to ensure efficiency, stability, and power quality. This course provides a clear path to understanding how these systems operate and how to manage the flow of power between AC and DC environments. You will gain the skills to model and control single-phase power electronics, enabling the integration of technologies like solar power arrays and modern DC loads into the existing electrical infrastructure. * Understand the fundamental principles of single-phase AC-DC and DC-AC conversion * Model low-harmonic rectifiers to minimize power quality issues in grid-tied systems * Apply control strategies for grid-connected inverters used in photovoltaic applications * Practice designing feedback loops for stable and efficient power flow * Analyze the impact of modern wide-bandgap semiconductors on converter performance * Implement digital control concepts for power factor correction and harmonic reduction The course starts with core definitions and circuit topologies before moving into mathematical modeling and the implementation of essential control loops for modern power systems. You will work through written explanations and technical examples to solidify your grasp of grid-tied electronics. This course is designed for beginners in power electronics with a basic understanding of electrical circuits; no advanced control theory is required to start. Begin building your foundation in grid-tied power electronics today.