“电力系统自动装置”是电力系统及其自动化专业的专业课,该课程主要对并网、励磁及调频等实际装置的工作原理及软硬件结构进行介绍。由于学生对实际装置接触较少,对书中设备的各组成元件、工作原理及现象非常陌生,难以理解。现提出一套课程改革的方案和设想,在教学过程中采用理论讲授、实验、仿真及仿真结果分析等多种教学环节,让学生更好的体会书中知识。且学生在搭建仿真平台的过程中,提高了动手能力,并学会了如何去思考,达到了激发学生学习的兴趣的目的,切实提高了该课程的教学质量。 “Power System Automatic Device ” is a specialized course for power system and automation major. The course mainly introduces the working principle and hardware and software structure of the actual devices such as grid connection, excitation and frequency modulation. As students have less contact with the actual device, the components of the book equipment, working principle and phenomenon is very strange, it is difficult to understand. Now put forward a set of curriculum reform programs and ideas in the teaching process using theory teaching, experiment, simulation and simulation results analysis and other teaching links, so that students better understand the book knowledge. In the course of setting up a simulation platform, students improve their practical ability, learn how to think, and achieve the purpose of stimulating students’ interest in learning, so as to effectively improve the teaching quality of the course.