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Go to Course: https://www.udemy.com/course/electricity21/
Certainly! Here’s a detailed review and recommendation for the Coursera course on the electricity industry: --- **Course Review: Understanding the Commercial Dynamics of the Electricity Industry** This comprehensive course offers an in-depth exploration of the complex world of electricity markets, making it an invaluable resource for business undergraduates interested in the energy sector. Designed with a focus on commercial strategies, industry organization, and financial aspects, the course bridges technical knowledge with market practices, which is essential for emerging professionals in energy trading, project development, finance, and regulation. The course spans several critical topics: - **Historical Evolution and Industry Disruption:** It begins with an insightful overview of the industry's transition from monopoly to competitive markets, along with the impact of renewable energy disruptors. The historical context enhances understanding of current market structures and regulatory landscapes. - **Technical Network Foundations:** Students learn about the components of electricity networks, generation technologies, and their economic characteristics, providing a foundation for understanding supply dynamics. - **Market Mechanics and Commercial Strategies:** The course dives into wholesale market operations, including bilateral contracts, power exchanges, and price determination, coupled with strategies like risk management and derivative trading. - **Renewable Energy Development:** Detailed modules on wind and solar project development, energy yield assessments, and key investment considerations are especially relevant given the global shift toward renewables. - **Financial Aspects:** The financial modeling sections, including discounted cash flow valuation, project financing techniques, and risk assessments, equip learners with practical tools to evaluate and invest in renewable projects. The course's format, including clear video lectures, practical examples, and detailed analyses, makes complex topics accessible. The inclusion of case studies, especially in project finance, helps contextualize financial principles in real-world scenarios. --- **Pros:** - Extensive coverage of both technical and commercial facets of the electricity industry. - Up-to-date insights on renewable energy integration and modern market practices. - Practical focus on financial modeling and risk management. - Suitable for business students seeking a career in energy markets, finance, or project development. **Cons:** - Some technical topics may require prior background knowledge for beginners. - The course is dense; learners should be prepared for a commitment to fully grasp all modules. --- **Recommendation:** I highly recommend this Coursera course to undergraduates and professionals interested in the energy sector’s commercial and financial aspects. It’s especially beneficial for those aiming to work in energy trading, project finance, or renewable energy development. Its well-structured content and practical insights make it an excellent investment for building a nuanced understanding of the electricity industry in a changing landscape. Whether you are exploring career options or seeking to deepen your industry knowledge, this course provides a solid foundation and valuable analytical tools to navigate and succeed in the evolving electricity markets. --- If you need a shorter summary or additional personalization, feel free to ask!
The course is designed primarily for business college undergraduates interested in commercial opportunities relating to the electricity industry, including conventional and renewable power generation and supply, trading, project development, banking ,finance and investment. The course explores the organization of electricity networks and markets, and explains the commercial strategies and practices used by generators, suppliers, traders, project developers, lenders and investors. Topics include the evolution of industry organization and regulation; generation technologies; generation economics; wholesale electricity market organisation and practice; the role of the network operator and balancing markets; renewable energy project development, finance and investment. Introduction and Course Overview (8:40)· Introduction and Course overview (0:00)· Some physics (3:45)1. The Evolution of the Electricity Industry (25:20)1.1. The monopoly era (0:00)1.2. The competitive disruption (6:00)1.3. The renewables disruption (14:15)1.4. Intermittence and Stranded Costs (18:40)2. A Still Picture of Electricity Networks (27:00)2.1. Components of electricity networks (0:00)2.2. Nine generation technologies described (8:20)2.3. Nine technologies compared (21:20)3. Generation Economics (27:00)3.1. Shares of capacity and generation (0:00)3.2. Cost structures (6:40)3.3. Combining fixed and variable cost (13:00)3.4. Discounting costs to present value (16:30)3.5. Discounted lifetime generation costs compared (20:00)4. A Moving Picture of Electricity Networks (21:00)4.1. Patterns of network load and generation (0:00)4.2. Balancing load and generation (6:00)4.3. Least-cost generator dispatch (9:00)4.4. Balancing load and generation with wind and solar PV (15:30)5. Introduction to Wholesale Electricity Markets (25:30)5.1. Wholesale market timelines (0:00)5.2. Bilateral contracts between suppliers and generators (6:20)5.3. Supplier PPAs with wind and PV generators (10:30)5.4. Blind auctions and price determination on power exchanges (15:00)5.5. Using power exchange to balance supplier position (21:30))6. Commercial Strategies In Wholesale Electricity Markets (31:30)6.1. Generation supply and demand curves (0:00)6.2. Supply, demand and price determination on day-ahead exchange (8:40)6.3. Managing supplier price risk in the forward market (12:15)6.4. Supplier shifting price risk to the power trader (17:10)6.5. Volume and price risk shifting between gas generator and trader (20:00)6.6. Shifting price risks with derivatives (25:00)7. The Network Operator and the Balancing Market (31:00)7.1. Balancing market timeline (0:007.2. Demand-management providers (4:00)7.3. Energy storage providers (6:10)7.4. Balancing market auction process (11:00)7.5. Frequency response (13:30)7.6. The balancing market settlement process (16:15)7.7. Calculating imbalance penalties (20:00)8. Wind and Solar PV Project Development (31:00)8.1. Predicting solar PV energy yield (0:00)8.2. Wind energy yield calculation (6:15)8.3. Measuring wind speeds (8:00)8.4. Correcting for measurement-period bias (10:00)8.5. Wind turbine power curve and energy yield calculation (16:10)8.6. Correcting for array effects (19:30)8.7. Key project development tasks (22:00)8.8. Price support mechanisms (23:30)9. Renewable Energy Project Finance and Investment Part 1 (25:30)9.1. Financing options for project developers (0:00)9.2. Investing rules and the DCF method (6:00)9.3. DCF Valuation of PV project in south of France (11:30)9.4. Gearing to increase equity IRR (18:30)9.5. Principles of non-recourse project financing (22:40)10. Renewable Energy Project Finance and Investment Part 2 (25:30)10.1. CAPM theory for calculating market discount rate (0:00)10.2. CAPM applied to discount rate for French PV project (3:40)10.3. Probability of exceedance for annual output (7:45)10.4. Risk premium and the market discount rate (11:00)10.5. CAPM discount rate for merchant wind farm in Scotland (15:30)10.6. Wind revenue risk premium and market discount rate (19:10)10.7. Pre-operational revenue risk premium (22:10)