电力系统自动化实验平台的教学应用

Teaching Application of the Power System Automation Experimental Platform

电力系统自动化实验平台围绕"电力系统自动化"课程进行实验,应用一期工程进行输电线路模拟和断路器实验,主要应用二期工程进行负荷计算和功率因数补偿实验,基于监控平台进行远动实验。实验以学生自主学习、操作为主,教学人员讲解、指导为辅,充分发挥实验平台的教学价值。学生通过该平台获取综合实践的机会,实现理论与实践的相结合,使得对下一步的深造和就业有更深入的认识。经历四届本硕学生的教学实践证明,实验项目内容具有科学性和先进性,符合学科发展的特点,能够满足培养学生综合实践能力的需要;平台也为教师和研究生提供了科研工作服务,鼓励教师和研究生参与的积极性,进一步发掘实验平台的功能,开发出更多具有创新性的实验,推动教学实验的改革。

The power system automation experimental platform focuses on automation of electric power systems.Transmission line simulation and circuit breaker experiment are the first-stage project. Load calculation and power factor compensation experiment become the second-stage project. Remote experiment is based on the monitoring platform.Experiment is given priority to students ＇autonomous learning operation,teaching staff guidance is complementary,teaching value is given fully to the platform. Students increase opportunities for comprehensive practice through the platform,and have a better understanding for the further study and employment. Four years ＇ undergraduate and postgraduate teaching practice has proved the advancement of the experimental project,and effectiveness to meet the need of cultivating students＇ comprehensive abilities. Meanwhile,the experimental platform provides professors and postgraduates the service of scientific research,and encourages initiative in participating in further explore functions of the platform. Thus it promotes innovation in teaching experiments.