Lectures

• Synopsis

1. Fundamentals Of Power System Economics, (Ch.1,2) introduces the fundamentals of power system economics, covering industry restructuring, market participants, and basic economic principles.

2. Fundamentals Of Power System Economics, (Ch.3–8) cover electricity markets, network pricing, reliability and ancillary services, and investment decisions. Topics include forward and spot markets, bidding strategies, locational marginal pricing (LMP), congestion management, reserve co-optimization, capacity mechanisms, and transmission investment.

• Synopsis

1. Circuit Theory 1, consisting of Ch.1 to 8, is devoted to DC circuits. It covered the fundamental laws and theorems, circuits techniques, and passive and active elements.

2. Circuit Theory 2, which contains Ch.9 to 19, deals with AC circuits. It introduces phasors, sinusoidal steady-state analysis+C40, AC power, RMS(Root-Mean-Square) values, three-phase systems, frequency response and advanced techniques for network analysis including Laplace transform, Fourier transform and 2-port network analysis.

• Synopsis

Students will learn the fundamental principles of AC distribution systems, including their structural characteristics and operating mechanisms, and extend this knowledge to the analysis of AC/DC hybrid systems. The course emphasizes the impact of distributed generation, energy storage systems, and electric vehicles on distribution networks, focusing on power quality management and operational optimization for system stability. Furthermore, students will study advanced monitoring and control methods using PMU and WMU technologies, enabling real-time state estimation and system integration in next-generation distribution grids with high renewable penetration.

• Synopsis

Students will learn fundamental theories of probability and reliability analysis, including capacity, frequency, and duration, and apply these to analyze the reliability of transmission and distribution systems. Furthermore, the course expands to include reliability analysis of AC/DC hybrid power systems and integrated energy grids, reflecting changes in the power grid with the integration of renewable energy.