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2020 State Grid Yangzhou Jiangdu District Power Supply Company Staff Science and Technology Backbone Training Course Held in Our School

From October 15th to 17th, 2020, the 2020 State Grid Yangzhou Jiangdu District Power Supply Company's "Science, Learning, Innovative and Effective" training course for key science and technology backbones was successfully opened and concluded. Nearly 50 technical backbones from the Development and Construction Department, Operation and Maintenance Department, Marketing Department, Transmission and Distribution Transportation Inspection Center and branch companies of the State Grid Yangzhou Jiangdu District Power Supply Company participated in the training.

 

Group photo of the key science and technology training class of "Science, Diligence, Innovation and Effectiveness" of State Grid Yangzhou Jiangdu District Power Supply Company

 

Welcome speech by Xu Xing, secretary of the party committee of the college

 

 

This training course is mainly carried out around a number of technologies such as basic knowledge of power system, simulation technology, innovative practice, distributed energy storage optimization configuration and aggregation control, with innovation and efficiency as the main line, including a variety of topics and training methods.

 

In terms of lectures, we invited Dr. Li Qun, deputy dean of State Grid Jiangsu Electric Power Research Institute, researcher-level senior engineer, part-time professor and doctoral supervisor of Nanjing Normal University, Dr. Min Fuhong, professor and doctoral supervisor of our school, and deputy director of the Department of Electrical Engineering. , Associate Professor Dr. Tang Xiaobo, Associate Professor Dr. Ma Gang gave special lectures for everyone. With the topic of "Jiangsu Power Grid Innovation Practice", Li Qun senior engineer talked about how Jiangsu Power Grid uses nanometer and other emerging technologies to increase industrial production capacity, and how to increase industrial value through big data information such as electricity; Professor Min Fuhong used "The Status Quo and Development Trend of Power System " as the topic, tells about the composition of the power system, the development history of the power system, the characteristics of AC and DC UHV, the current technological development level of China's UHV and the world status, etc.; Associate Professor Ma Gang talks about the current use with the topic of "Intelligent Power Supply The operating principle, scope of use, and achievable utility of the intelligent power supply and distribution system; Associate Professor Tang Xiaobo took the topic of "Optimization of Distributed Energy Storage and Converged Control" to describe the principles of photovoltaic and wind power generation in the current social development , Development history, world development level and expected development, etc.

 

Senior Engineer Li Qun Gives the lecture entitled "Jiangsu Power Grid Innovation Practice"

 

Professor Min Fuhong Lecture on "The State-of-art and Development Trend of Power System"

Associate Professor Ma Gang "Intelligent Power Supply System" Lecture

Associate Professor Tang Xiaobo Lecture on "Optimization of Distributed Energy Storage and Convergence Control"

 

In terms of experiments, Dr. Tianran Li, associate professor of our school, was invited to lead the training class members to experience and train the "UHV intelligent substation operation virtual simulation experiment" platform. Taking the fault processing of intelligent substation as the starting point, various phenomena in the substation were discussed. The identification mechanism has sorted out the knowledge structure of relay protection and automatic devices inside the substation, and deepened the innovation of related technical systems under the application of innovative technologies through the online operation of simulation software.

 

Associate Professor Li Tianran's "Virtual Simulation of UHV Intelligent Substation Operation" Theme Experiment

 

The trainees of the training class have given feedback and are extremely satisfied with the training's faculty, training format, and training content. On the one hand, this training will help trainees to reorganize and integrate the technical fragments of existing work. On the other hand, the introduction of new technologies enables members to introduce emerging technologies into their work, realizing "teaching skills to create benefits" Effect. The smooth holding of the training class not only helps front-line technicians to update their knowledge, but also helps improve the reputation of our institute in the electric power industry, and actively exerts the social service function that universities can undertake.

 

(Materials provided by Min Fuhong, Li Jian, Sun Mingyu, Ding Shuye, Sun Yichao, and Ji Zhenya)