Design and Control of DC/DC converter MATLAB/Simulink

Delve into the world of Maximum Power Point Tracking (MPPT) with this comprehensive course! Gain a deep understanding of this crucial technique for optimizing power conversion.

Here's what you'll master:

• MPPT Modeling: Explore both the Average Large Signal Model and the Small Signal Model of MPPT systems.
• State-Space Representation: Learn how to model MPPT systems using state-space representation and modeling techniques.
• SISO vs. MIMO Systems: Understand the key differences between Single Input Single Output (SISO) and Multi Input Multi Output (MIMO) systems, and their implications for MPPT design.
• Feedback Control: Compare and contrast single feedback controllers and double feedback controllers for enhanced MPPT performance.
• MATLAB & Simulink Implementation: Develop practical skills using MATLAB and Simulink to design, simulate, and analyze MPPT controllers.
• Controller Validation: Learn effective methods for verifying if your controller is working correctly and achieving optimal power extraction.
• Physical & Mathematical Modeling: Discover how to build physical models for power electronics, including state-space models and transfer function models.
• State-Space Advantages: Understand the benefits of using state-space models over transfer function models in the context of MIMO systems.

This course is ideal for:

• Power Electronics Design enthusiasts
• Electrical Engineers seeking to enhance their skills
• Mechatronics Engineers looking for practical applications
• Renewable Energy Engineers focused on maximizing energy harvesting
• Students and Researchers exploring advanced power conversion techniques

By the end of this course, you'll be able to design and control DC/DC converters effectively using MATLAB/Simulink and confidently build your own designs within the software environment. Unlock the potential of efficient power conversion with a solid understanding of MPPT!