电气信息类专业创新与研究项目的设计与实现

围绕国家对电气信息类专业创新与研究人才需求,以交通电气信息为特色,构建以创新和研究能力为主线的螺旋式、多层次实践教学新体系。结合一个完整船舶电气实例,从其数学模型出发,自行创建封装同步发电机各阶次模型,搭建多机电力系统故障模型。研究各阶次同步发电机模型对电力系统暂态稳定性影响,并得出相应结论。实例给出创新与研究项目设计实现的方法和思路。

Design and Realization of the Creative and Reaching Projects for Electrical Information Major

To meet the demand for creative and research talents in the field of electrical information,a spiral and multi-level practical teaching system which bears a feature of traffic electrical information was proposed in the paper.Combined with the integrated example of ship electrical power system,and started from a mathematical model,multi-level models of synchronous generator,and the electrical fault model of synchronous generators were created and packed up.Through analyzing and comparing the influence of multi-level generators on the temporary stability of power system,this paper draws a corresponding conclusion.The example provides a realistic approach and thought for the design of creative and researching projects.