MATLAB Power Systems: Modeling & Renewable Integration

Description

Embark on a comprehensive journey into the world of power systems engineering with our MATLAB course. Designed for electrical engineers, this hands-on program delves deep into the intricacies of full power system modeling, simulation, and analysis.

Unveil the power of MATLAB as you master the fundamentals of this versatile programming language, essential for engineers in the field. From the basics of electrical engineering with single-phase elements to the complexities of DC grids, two-level inverters, and high-voltage direct current (HVDC) systems, you'll gain practical skills in modeling various system configurations.

Explore the realm of renewable energy integration within power systems, modeling batteries, photovoltaic arrays, and wind turbines using MATLAB's powerful tools. Dive into three-phase power circuits, harmonics, and filters, equipping yourself with the knowledge to ensure system stability and efficiency.

Simulate key power system elements such as asynchronous and synchronous generators, OLTC transformers, and transmission lines, and learn to analyze their performance using MATLAB. Through this course, you'll develop the expertise to implement harmonics analysis, critical for modern power systems.

Whether you're aiming to enhance your professional skills or deepen your understanding of power systems, this course provides the practical foundation needed to excel in the dynamic field of electrical engineering.

What You Will Learn!

• Master MATLAB Fundamentals: Understand and apply core MATLAB functions and syntax essential for power system modeling.
• Model Single-Phase Elements: Develop proficiency in modeling single-phase electrical elements using MATLAB for basic system analysis.
• Analyze DC Grids: Utilize MATLAB to simulate and analyze various configurations of DC grids, including two-level inverters and HVDC systems.
• Model Three-Phase Power Circuits: Learn to model and analyze three-phase power circuits, including sources, signals, and RLC circuits.
• Integrate Renewable Energy Sources: Use MATLAB to model and simulate renewable energy sources such as batteries, photovoltaic systems, and wind turbines within
• Simulate Power System Elements: Gain expertise in simulating power system components including asynchronous and synchronous generators, OLTC transformers, and t
• Implement Harmonics Analysis: Apply MATLAB tools for harmonics analysis and filter design to ensure the stability and efficiency of power systems.

Who Should Attend!

• Electrical Engineers
• Power Systems Engineers
• Plant Control Engineers
• Electrical Engineering Students

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