Simulating Power Electronic Circuits using Python

Getting started with electrical circuit simulation can be daunting, especially in the realm of power electronics where non-linear circuits are common. This course provides a practical introduction to circuit simulation and foundational theory, empowering you to understand the inner workings of power converters.

We focus on using free and open-source software, ensuring accessibility for all. You'll receive clear, step-by-step instructions on how to download and install the necessary software on Windows, Linux, and Mac OS, allowing you to learn regardless of your preferred operating system.

Enhance your skills with a basic Python programming tutorial, designed to assist in writing control code for electrical circuits. The primary simulator used is Python Power Electronics (PPE), a powerful and free circuit simulator. While you can adapt the concepts to other simulators, all practical examples will utilize PPE to guarantee everyone has access to a working environment.

This course offers a focused, in-depth exploration of power electronics rather than a broad overview of numerous converters. Expect engaging code-along sessions where we'll build simulations from the ground up, seamlessly integrating theoretical concepts with real-time simulation results.

The course emphasizes fundamental physics concepts over heavy mathematics to provide a clear understanding of power converter circuits.

Prerequisites:

• Basic electrical knowledge: Familiarity with Kirchhoff's Voltage Law, Kirchhoff's Current Law, and Ohm's Law (typically covered in the first year of electrical engineering).
• Basic programming knowledge: Experience with any high-level programming language (Python, C, C++, Java, etc.). While expert programming skills aren't required, this course is best suited for those with some prior coding experience.

This course is ideal for electrical engineering students and electrical technicians looking to master circuit simulation and gain a deeper understanding of power electronics.