Abstract: The current wind power generation system is primarily dominated by pure software and semi-physical experimental teaching platforms. However, these experimental platforms lack completeness, expansibility, and innovation, which hinders the practical training of students' abilities. The paper aims to address the existing issues by designing an exploratory experiment teaching platform for wind power generation systems. This platform incorporates scalable virtual simulation experiments, semi-physical simulation experiments, and pure physical experiments, thereby enhancing the practicality of course experiments in electrical engineering majors such as power electronics technology and motor control. The experimental platform features impeccable physical, communication, and control modules, as well as exceptional exploitability and expansibility. It facilitates the optimization and enhancement of wind power control algorithms through automated code generation, thereby playing a pivotal role in promoting the reform of experimental teaching in electrical engineering.