新工科背景下微电网实验平台的构建与实践——以许昌学院为例

Construction and Practice of Microgrid Experimental Platform under the Background of the New Engineering——Taking Xuchang University as an Example

为适应新形势下电力行业对电气工程专业毕业生的能力要求和响应教育部开展新工科研究与实践以及深化工程教育改革的倡议,结合我校科学转型发展实际,以兼顾教学与科研并举为出发点,树立以培养学生工程技术综合能力为核心的理念,构建能够真实反映微电网系统原型的微电网动模实验平台,在优化、重组教学内容基础上充分发挥资源优势开展新工科建设和深化工程教育改革,促进光伏发电、微电网等课程实践教学质量持续提升.

In order to adapt to the new situation of the competence requirements for graduates in the power industry and to respond to the Ministry of education's new engineering research and practice,and to deepen the reform of engineering education,combining with the reality of the scientific transformational development,taking both teaching and scientific research as the starting point,the core idea of cultivating students' comprehensive ability of engineering and technology was put forward,a microgrid dynamic model platform that can truly reflect the prototype of microgrid system was built.On the basis of optimizing and reorganizing teaching contents,the advantages of resources were made full use of to carry out new engineering construction and deepen engineering education reform to promote the continuous improvement of practical teaching quality of photovoltaic power generation,microgrid and other courses.