Jalal Delaram

Assistant Professor of Industrial Engineering

College of Engineering, University of Tehran

Energy Economics


Overview

Energy economics is a specialized field within economics that focuses on the production, distribution, and consumption of energy resources, such as oil, natural gas, coal, and renewables. It analyzes the interaction between energy markets, governmental policies, and environmental factors to optimize energy usage and ensure sustainable growth. This field also explores the complexities of energy pricing, supply-demand dynamics, and technological advancements in energy generation. Energy economics is critical in understanding how energy systems can support economic development, and it plays a key role in addressing challenges such as energy security, climate change, and resource depletion.
Energy economics is essential for informing public policy, corporate strategies, and international agreements on energy use and climate change. It helps policymakers develop regulations that foster efficient energy markets and promote the transition toward renewable energy sources. By optimizing energy usage, energy economics supports economic stability and growth, enhances the efficiency of energy supply chains, and contributes to reducing carbon emissions. As the world faces rising energy demand, climate change concerns, and technological advancements in energy production, energy economics becomes even more important in creating sustainable, affordable, and environmentally responsible energy solutions. The field also supports strategic decision-making for industries reliant on energy, helping to manage costs, improve energy efficiency, and navigate global energy challenges.


Syllabus

Duration: 15 weeks

Objectives:

  • Understand the principles of energy economics.
  • Analyze energy market structures.
  • Examine the economics of renewable energy.
  • Evaluate the environmental and economic impact of energy policies.
  • Apply energy economics to real-world problems.
  • Assessment Methods:

  • Attendance: +10%
  • Collaboration: 20%
  • Quiz: 15%
  • Midterm exam: 30%
  • Final exam: 35%

  • Material

    The reference book of the course:

  • Massimo Filippini - An Introduction to Energy Economics and Policy, 1st edition
  • Peter M. Schwarz - Energy Economics, 2nd edition
  • James M. Griffin - Energy Economics and Policy, 2nd edition

  • Schedule & Related Slides

    Below are the slides for each session in the course according to the schedule:

  • Chapter 0: Introduction
  • Chapter 1: Fundamentals
  • Chapter 2: Static Efficiency
  • Chapter 3: Dynamic Efficiency
  • Chapter 4: Oil: Has It Reached Its Peak?
  • Chapter 4+: OPEC Behavior
  • Chapter 5: Natural Gas: A Bridge to the Future?
  • To be completed ...

  • Feedback & Activities

    Please fill out the following form to provide your basic information for this course:

  • Student Information Form