- 경제학의 기초를 이해하고 이를 바탕으로 전력에너지를 재화로 바라보는 관점을 습득한다.
- 네트워크 기반 산업인 전력시장의 기본구조를 이해하고 한국 시장에 대해여 적용한다.

To understand the fundamentals of economics and develop the perspective of viewing electric energy as an economic good.
To grasp the basic structure of the electricity market as a network-based industry and apply this understanding to the Korean market.

- 전력공학 (Students with a background in electrical engineering or power systems.)

- 중간 40, 기말 40, 출석 20

Midterm Exam: 40%
Final Exam: 40%
Attendance: 20%

- 경제학 원론 (Principles of Economics)
- Fundamentals of Power Systems Economics_Kirschen

Week 1 : 강의 소개
Week 2 : 경제학의 기본원리 (외부 강사 초정)
Week 3 : 시장의 작동원리 (외부 강사 초정)
Week 4 : 시장과 경제적 후생 (외부 강사 초정)
Week 5 : 공공경제(외부효과, 공공재와 공유자원,전력의 공공성) (외부 강사 초정)
Week 6 : 전력시장(다른재화와의 차이점, 전력시장의 구조, 선도시장, 현물시장) (외부 강사 초정)
Week 7 : 중간고사
Week 8 : 전력시장에의 참여 1
Week 9 : 전력시장에의 참여 2
Week 11 : 송전네트워크와 전력시장 1
Week 12 : 송전네트워크와 전력시장 2
Week 13 : 한국의 전력시장 1
Week 14 : 한국의 전력시장 2
Week 15 : 한국의 전력시장 3
Week 16 : 기말고사

Week 1: Course Introduction
Week 2: Basic Principles of Economics (Guest Lecturer)
Week 3: Market Mechanisms (Guest Lecturer)
Week 4: Market Efficiency and Economic Welfare (Guest Lecturer)
Week 5: Public Economics (Externalities, Public Goods and Common Resources, Public Nature of Electricity) (Guest Lecturer)
Week 6: Electricity Market Fundamentals (Differences from General Goods, Market Structure, Forward and Spot Markets) (Guest Lecturer)
Week 7: Midterm Exam
Week 8: Participation in Electricity Markets I
Week 9: Participation in Electricity Markets II
Week 11: Transmission Networks and Electricity Markets I
Week 12: Transmission Networks and Electricity Markets II
Week 13: Korea's Electricity Market I
Week 14: Korea's Electricity Market II
Week 15: Korea's Electricity Market III
Week 16: Final Exam

온오프라인 병행 (외부강사 초청)
Note: The course will be conducted in a hybrid format (online and offline) with guest lecturers invited for specific topics.

This course adopts a hybrid teaching model, combining online and offline lectures, and includes expert guest speakers to enhance interdisciplinary learning. Instruction focuses on helping students with engineering backgrounds understand key economic principles and apply them to the structure and operation of electricity markets. Real-world case studies and current market data are used to deepen understanding.
Assessment is based on a balanced structure:
Midterm and final exams (40% each) evaluate conceptual understanding and the ability to apply economic reasoning to electricity market scenarios.
Attendance (20%) is tracked both online and offline to encourage consistent engagement.
Additional discussions or short assignments following guest lectures may be used for formative feedback and participation monitoring.