(1) Undergraduates Courses
Engineering of Modern Electrical Power Plants
a) Fall Semester, 2004 – 2010, for senior students; Spring Semester, 2010 – 2022, for junior students.
b) Course Description: This course is about the basic design and operation principle of the electrical part in power plants and substations. It describes the principle, design and operation of the electrical bus arrangement system and its equipment. Main content include: (1) the general situation of power industry and the process of power generation, transmission, distribution and utilization. (2) The basic requirements, basic forms, design principles and steps, etc. of the bus arrangement system. (3) Design and operation of bus arrangement system for auxiliary power plant. (4) The heating, electrodynamic force and selection of electrical conductors in substation. (5) The principle and type selection calculation of electrical apparatus in substation. (6) Distribution device and the requirements of a typical house, Outdoor Switchgear and electrical facilities layout. (7) Course design on primary design of sample substation.
c) Student evaluation score:
2004 - 2013, average score is 93.13
2014 – 2018, Qualified
Fall 2010, 96.28±1.19, top 15% at Tsinghua University
Power System Operation & Control
a) Fall Semester, 2023 – present, for senior students.
b) Course Description: This course is an in-depth course on power system analysis, a core course for undergraduate majors in the Department of Electrical Engineering. The course designs course projects based on actual power system operating scenarios. Students complete the steady-state and transient calculation and analysis work required by the course project based on teacher lectures and teacher-student interaction, thereby learning and mastering power system analysis methods and cultivating proficiency in the application of C, Python, etc. Software and industry mainstream electrical analysis software provide basic skills for conducting scientific research and engineering analysis, and cultivate engineering thinking and basic ideas and methods for solving practical problems. The course will set up two sections of projects, focusing on steady-state and transient analysis of power systems respectively. Both Projects adopt a hierarchical design with "depth of field" and are divided into two levels: basic and advanced. The project is organized in groups, with 2 to 3 people in each group. The basic content level serves as the basic link, requiring each group to complete training on the same topic; the advanced content provides multiple topic selection directions, and each group can choose different advanced content. If several groups choose the same advanced content, group confrontation can be used to organize the situation.
c) Student evaluation score:
2023, No evaluation because the number of students is less than the required threshold
New Energy Generation and Integration in Power System
a) Fall Semester, 2009 – present, for junior students.
b) Course Description: This course mainly focuses on wind power and solar photovoltaic power generation, several issues about basic concept of renewable generation, state-of-art of development of wind power and PV, and impact of these renewable generation on power grid in the viewpoints of dispatcher, etc. The students are required to understand the connecting system of wind farms and PV stations, and grasp the principle of isolated and grid connected operation modes of wind power and solar photovoltaic power generation.
c) Student evaluation score:
2009 – 2013, average score is 95.54
2014 – 2023, Qualified
Fall 2010, 96.70±0.55, top 15% at Tsinghua University
Fall 2011, 97.15±0.39, top 15% at Tsinghua University
Fall 2013, 97.36±0.21, top 15% at Tsinghua University
(2) Graduates Courses
Uncertainty Analysis of Electrical Power System
a) Fall Semester, 2003 – present
b) Course Description: This course mainly focuses on uncertainty analysis of electrical power system. Main content include: (1) basic mathematical knowledge about probability, statistics, stochastic process, Markov chain, Monte-Carlo method; (2) uncertainty characteristic of electrical power systems; (3) application of probabilistic method in power system analysis; (4) reliability evaluation of irreparable and repairable systems; (5) tradeoff between reliability and economy; (6) risk evaluation of bulk power system. The course pays close attention to scientific research ability training of literature investigation, cooperative study and academic presentation.
c) Student evaluation score:
2003 – 2013, average score is 94.19
2014 – 2023, Qualified
Fall 2006, 97.39±0.24, top 5% at Tsinghua University