提升配电自动化课程内涵的实验平台建设

配电自动化作为新工科智能电网的主要内容，在实验教学上还不满足新工科内涵要求。为加强学生在配电网方面的实践能力，提出配电自动化实验教学体系及课程教学的改革方案，基于贵州大学自主研发的实时仿真器UREP、嵌入式开发系统及PC端搭建配电网模块化半实物通用实时仿真实验平台。以馈线自动化为例，阐述平台的使用方法及步骤。提升学生理论与实践相结合的能力，达到新工科人才培养目的。

The Construction Of The Experimental Platform To Improve The Connotation Of The Course Of Distribution Automation

Distribution automation, as the main content of smart grid in new engineering field, does not meet the connotation requirements of new engineering field in experimental teaching. In order to strengthen students'' practical ability in distribution network, the reform scheme of distribution automation experimental teaching system and course teaching was proposed. Based on the real-time simulator UREP, embedded development system and PC terminal independently developed by Guizhou University, a modular semi-physical universal real-time simulation experimental platform for distribution network was built. Taking feeder automation as an example, the application method and steps of the platform are expounded. To improve students'' ability to combine theory with practice and achieve the purpose of cultivating new engineering talents.