【摘要】 传统的电气教学实验由于安全考虑、设备的限制及其固有的设计模式,只能完成教学中几个固定的实验操作,很难扩展到课堂上涉及的所有交直流调速系统和电力电子系统。而实时仿真平台使用实际硬件控制器,能够更好地培养学生的动手能力,更对培养学生的设计能力和创新意识、操作能力和分析调试能力有利。以Boost电路实验、光伏系统MPPT实验、永磁同步电机矢量控制实验为例结合教学的实验内容、目标介绍了实时仿真实验过程。电力电子技术课程设计借助实时仿真平台有很大的教学灵活性,更有利于学生得到接近实际情况的学习体验。适应卓越工程师和创新型人才的培养需要,提供产、学、研一体化的校企合作平台。更多还原

【Abstract】 Because of safety considerations,equipment limitations and inherent design mode,traditional electrical teaching experiments can only complete a few fixed experimental operations in teaching,and it is difficult to extend to all AC/DC speed control systems and power electronic systems involved in the classroom.Real-time simulation platform using actual hardware controller can better train students’ practical ability,and it is also beneficial to train students’ design ability and innovation consciousness,operation ability and analysis and debugging ability.Taking Boost circuit experiment,MPPT experiment of photovoltaic system and vector control experiment of permanent magnet synchronous motor as examples,the experimental contents,objectives and process are introduced.With the help of real-time simulation platform,curriculum design has great flexibility in teaching,which is more conducive to students’ learning experience close to the actual situation.To meet the training needs of outstanding engineers and innovative talents,we will provide a school-enterprise cooperation platform integrating production,learning and research.更多还原