电力电子技术是对电能进行变换及控制的一种现代化技术,是电气自动化技术的理论基础。在新型电力电子器件、前沿技术和新兴应用层出不穷的情况下,为确保教育目标能够与新技术环境下对工程师技能的期望相契合,对“电力电子技术”课程进...电力电子技术是对电能进行变换及控制的一种现代化技术,是电气自动化技术的理论基础。在新型电力电子器件、前沿技术和新兴应用层出不穷的情况下,为确保教育目标能够与新技术环境下对工程师技能的期望相契合,对“电力电子技术”课程进行教学改革显得尤为迫切。文章着眼于无线充电系统的背景,对课程教学进行改革,通过结合实际工程问题提出具体的改革目标和措施。Power electronics technology is a modern technology for transforming and controlling electrical energy, and is the theoretical foundation of electrical automation technology. With the emergence of new power electronic devices, cutting-edge technologies and novel applications, it is particularly urgent to reform the teaching of the “Power Electronics Technology” course to ensure that the educational objectives are in line with the expectations of engineers’ skills in the new technological environment. This paper focuses on the background of wireless charging systems to reform the teaching of the course and puts forward specific reform objectives and measures by combining practical engineering problems.展开更多
文摘电力电子技术是对电能进行变换及控制的一种现代化技术,是电气自动化技术的理论基础。在新型电力电子器件、前沿技术和新兴应用层出不穷的情况下,为确保教育目标能够与新技术环境下对工程师技能的期望相契合,对“电力电子技术”课程进行教学改革显得尤为迫切。文章着眼于无线充电系统的背景,对课程教学进行改革,通过结合实际工程问题提出具体的改革目标和措施。Power electronics technology is a modern technology for transforming and controlling electrical energy, and is the theoretical foundation of electrical automation technology. With the emergence of new power electronic devices, cutting-edge technologies and novel applications, it is particularly urgent to reform the teaching of the “Power Electronics Technology” course to ensure that the educational objectives are in line with the expectations of engineers’ skills in the new technological environment. This paper focuses on the background of wireless charging systems to reform the teaching of the course and puts forward specific reform objectives and measures by combining practical engineering problems.
