实验科学与技术2025，Vol.23Issue(3)：45-50,6.DOI:10.12179/1672-4550.20230567
"光储柔直系统"创新实验项目设计与实践
Design and Practice of Innovative Experimental Project of"Flexible and Optical Storage System"
摘要
Abstract
In order to foster talent and promote scientific research and technological innovation,the industrial problems in the field of design and control of light storage flexible and direct systems are integrated into our experimental teaching.This allows us to transform scientific research achievements into teaching resources that are relevant to the knowledge points covered in experiments.The designed innovative experimental project,light storage flexible and direct system,encourages undergraduate students to approach the topic from the perspective of power system source-side converters.In this way,students can learn about new energy systems and deepen their understanding of cutting-edge switching power supply design issues,such as photovoltaic interface DC-DC converter design and energy storage converter design.They also gain knowledge in new energy control and expand their awareness of engineering and technical problems that arise in actual production processes.The experimental teaching is carried out by utilizing the modular hardware topology and control structure to guide students to conduct scientific exploration and knowledge expansion.Meanwhile,it provides a multi-functional and flexibly designed experimental platform for students to comprehensively apply their professional knowledge and solve complex practical engineering problems.关键词
光伏发电/储能/电子技术实验/教学模式Key words
photovoltaic power generation/energy storage/electronic technology experiment/teaching mode分类
电子信息工程引用本文复制引用
印月,冷敏瑞,徐航,周群.."光储柔直系统"创新实验项目设计与实践[J].实验科学与技术,2025,23(3):45-50,6.基金项目
2022年四川大学实验技术立项(SCU221040) （SCU221040）
四川大学高等教育教学改革工程(第十期)研究项目(SCU10284). （第十期）
