基于虚拟仿真技术的储能学科教学新形态

New Teaching Form of Energy Storage Discipline Based on Virtual Simulation Technology

在“双碳”背景下,储能方向科学研究及人才培养迎来了新的发展机遇。南京工程学院2019年获教育部批准建设了储能科学与工程新专业,同时学院是江苏省内首批储能科学与工程建设高校。储能科学与工程专业在全国高校中都属于新开专业,各个学校都缺少好的教学和实践资源。为了完善储能专业课程体系,聚焦及提升注重实践的专业教学能力,学院推进建设了“储能规模化并网运行虚拟仿真”教学资源。虚拟仿真课程利用3D重构技术,一比一建设虚拟储能电站。在实践教学中可利用该虚拟仿真资源学习储能电站关键结构部件,运行特征以及运维检修技术,提升储能专业学生实践动手能力。

Under the background of carbon peaking and carbon neutrality,scientific research and talent training in the direction of energy storage have ushered in new development opportunities.Nanjing Insitute of Technology was approved by Ministry of Education of the PRC to build a new major in energy storage science and engineering in 2019,and the institute is one of the first universities in Jiangsu Province to build energy storage science and engineering.The major of energy storage science and engineering is new in all universities in China,and they all lack good teaching and practice resources.To improve the curriculum of the energy storage profession,and to focus and enhance the professional teaching ability with emphasis on practice,the institute has promoted the construction of the“Virtual Simulation of Energy Storage Scale and Grid Operation”teaching resource.This virtual simulation course uses 3D reconstruction technology to build a virtual energy storage plant on a one-to-one basis.The virtual simulation resource can be used to learn the key structural components,operational characteristics,and operation and maintenance techniques of energy storage power plants,and to enhance the practical and hands-on skills of energy storage students.