Course Overview
Energy policy decisions shape the economic competitiveness, energy security and environmental trajectory of nations for decades. Governments that design energy policy without a rigorous grounding in energy economics risk subsidising the wrong fuels, creating market structures that deter investment, setting prices that impose macroeconomic costs far exceeding their intended social benefits, and failing to create the regulatory conditions that attract the capital required for energy transition. As energy systems undergo simultaneous structural transformation driven by decarbonisation, digitisation and decentralisation, the complexity of energy policy decisions has increased substantially, and the analytical requirements placed on energy ministry officials, regulators and sector executives have increased proportionally.
This Zoe Talent Solutions Advanced Energy Economics and Policy Training Course provides a rigorous, applied curriculum covering the full scope of energy economics and policy analysis: energy demand and supply fundamentals, global energy market structures and pricing mechanisms, electricity market design and regulation, fossil fuel economics and fiscal policy, energy subsidy reform, energy security and strategic reserves, renewable energy economics and finance, energy transition pathways and their macroeconomic implications, carbon pricing mechanisms, energy access and affordability policy, and the political economy of energy reform. The course is designed for professionals who need to analyze, design and advise on energy policy decisions at government or senior sector level.
Why This Course Is Required?
The IEA’s World Energy Outlook documents that global clean energy investment must reach USD 4.5 trillion per year by 2030 to meet net-zero pathway requirements, a tripling from current levels that requires both government policy design and private capital mobilisation at unprecedented scale.[1] Governments that cannot design credible, economically grounded energy policy frameworks — covering investment incentives, carbon pricing, grid regulation and subsidy reform — will fail to attract the investment required and will bear the economic cost of delayed energy transition.
Energy subsidy expenditure globally exceeded USD 7 trillion in 2022 according to IMF analysis, with the majority being implicit subsidies through below-market fossil fuel pricing that distort consumption, reduce fiscal space and undermine renewable energy competitiveness. Reform of these subsidies requires deep analytical capability in energy economics and political economy that most energy ministries in subsidy-dependent countries currently lack.[2]
Energy policy made without economic rigor costs governments fiscal resources, deters investment and delays energy transitions. Register for the Energy Economics and Policy Masterclass and develop the analytical capability your ministry or organization needs.
Course Objectives
Attendees will learn about the following areas:
- Applying supply and demand analysis to energy markets: price formation, elasticities and market equilibrium
- Understanding global oil, gas and coal market structures, pricing benchmarks and trade flows
- Analysing electricity market design: pool markets, bilateral contracts, capacity mechanisms and system operation
- Evaluating fossil fuel fiscal regimes: royalties, production taxes, windfall levies and government take
- Quantifying energy subsidy costs, incidence and reform options including targeted cash transfer alternatives
- Assessing renewable energy economics: LCOE analysis, auction design and renewable support mechanism evaluation
- Applying carbon pricing mechanisms: emissions trading systems, carbon taxes and border carbon adjustments
- Analysing energy security frameworks: import dependence, strategic reserves and supply diversity
- Evaluating energy transition pathways using integrated energy-economy modeling frameworks
- Designing energy access policy: electrification planning, affordability mechanisms and productive use frameworks
Training Methodology
Zoe Talent Solutions follows the Do-Review-Learn-Apply model, engaging participants through energy market analysis workshops, policy design simulation exercises and case-based analysis of energy reform programs from multiple country contexts. The course is structured so that each conceptual session is immediately followed by a workshop in which participants apply the framework to a realistic policy scenario — whether that is calculating subsidy incidence for a fuel pricing reform, building an LCOE comparison across renewable technologies, or designing the cap-setting mechanism for an emissions trading system.
Quantitative sessions use spreadsheet-based energy economics tools accessible to participants without advanced modeling software, so analytical capability is built without technical barriers. Policy design workshops apply the analytical frameworks directly to participants’ own energy sector contexts, so the learning is immediately actionable rather than abstract. Each workshop is followed by group debrief in which participant solutions are compared and faculty draws out the policy implications of different analytical choices.
Guest input from energy ministry officials and regulatory commissioners who have led energy reform programs — subsidy reform, renewable auctions, carbon pricing design — provides operational grounding for the analytical frameworks. Each participant develops a policy brief on an energy economics challenge in their own ministry or sector context, reviewed through peer critique and faculty feedback before the program closes. The course agenda may be adjusted according to time availability and audience requirements to ensure complete coverage of all critical modules.
Who Should Attend?
- Energy ministry officials responsible for energy policy, pricing, regulation or planning
- Energy regulatory authority commissioners and senior staff
- National oil and gas company executives and strategy officers
- Power utility executives and planning directors
- Energy economists and policy analysts in government and research institutions
- Development bank energy sector officers and investment analysts
- Private sector energy executives seeking policy literacy for investment decision-making
- International organization professionals working on energy sector technical assistance
Organizational Benefits
- Stronger analytical capability for energy policy design, reform evaluation and regulatory decision-making — enabling the ministry or agency to develop policy positions grounded in economic evidence rather than political instinct alone.
- Better-structured energy subsidy reform programs with credible economic analysis of subsidy incidence, fiscal cost and transition options, making reform programs more politically defensible and internationally credible.
- Improved electricity market design and regulation that attracts private investment, improves system efficiency and reduces the fiscal burden of state utility support.
- Enhanced carbon pricing and clean energy incentive policy design that creates investment certainty for developers while managing competitiveness and affordability impacts on consumers and industry.
- More credible engagement with development partners, investors and international energy institutions such as the IEA, World Bank and IRENA, improving access to technical assistance and concessional financing.
Personal Benefits
- A rigorous energy economics analytical toolkit — covering demand and supply analysis, market design, subsidy reform, LCOE modeling, carbon pricing and transition scenario analysis — applicable immediately across energy policy, regulatory and commercial roles.
- Frameworks for energy subsidy reform, carbon pricing and renewable energy policy design that the participant can apply in their own ministerial or regulatory context without requiring further adaptation from theory to practice.
- Enhanced professional standing as an energy economics specialist in a field of rapidly growing strategic and political importance across every government and major energy company globally.
- Career development toward senior energy ministry leadership, regulatory commission roles and international energy advisory positions where economic literacy is a defining competence.
Course Outline
Module 1: Energy Demand, Supply and Market Fundamentals
- Energy demand drivers: economic activity, population, technology and price elasticity
- Primary energy supply: resource endowments, extraction economics and supply curves
- Energy market equilibrium: price formation and the role of marginal cost
- Energy intensity and efficiency: measurement, drivers and policy implications
- Global energy balances: IEA and BP Statistical Review data interpretation
Module 2: Oil and Gas Market Economics
- Crude oil market structure: OPEC, price benchmarks and futures market dynamics
- Natural gas market evolution: pipeline markets versus LNG and regional price divergence
- Oil and gas cost curves: marginal cost of supply by resource type and geography
- Commodity price cycles: causes, amplitudes and implications for fiscal planning
- Producer country fiscal dependency: revenue volatility and stabilisation fund design
Module 3: Electricity Market Design and Regulation
- Electricity market structures: vertically integrated utilities, unbundled markets and hybrid models
- Wholesale market design: pool markets, marginal pricing, capacity mechanisms and ancillary services
- Transmission and distribution regulation: rate of return, revenue cap and incentive regulation
- Retail tariff design: cost-reflective pricing, cross-subsidy and affordability
- Independent power producer frameworks: PPA structures, risk allocation and bankability
Module 4: Energy Subsidy Economics and Reform
- Energy subsidy taxonomy: explicit, implicit and pre-tax subsidies and IMF measurement methodology
- Subsidy incidence analysis: who actually benefits and at what fiscal cost
- Macroeconomic costs of energy subsidies: fiscal burden, investment crowding-out and price signal distortion
- Subsidy reform strategies: phased price adjustment, automatic pricing mechanisms and cash transfer compensation
- Political economy of subsidy reform: sequencing, communication and coalition management
Module 5: Renewable Energy Economics
- LCOE calculation: methodology, assumptions and comparison across technologies
- System value versus plant value: the integration cost problem for variable renewables
- Renewable energy support mechanism design: feed-in tariffs, certificates and competitive auctions
- Auction design: volume, price cap, qualification criteria and contract structure
- Grid parity, cannibalisation and the long-run economics of high-penetration renewable systems
Module 6: Carbon Pricing and Climate Policy Instruments
- Carbon pricing rationale: externality theory and the social cost of carbon
- Emissions trading systems: cap-and-trade design, allocation methods and price stability mechanisms
- Carbon taxes: rate design, revenue use and competitiveness implications
- Carbon border adjustment mechanisms: EU CBAM and trade policy implications
- Integrating carbon pricing with energy subsidy reform and renewable energy policy
Module 7: Energy Security and Strategic Policy
- Energy security dimensions: availability, affordability, accessibility and acceptability
- Import dependence assessment: concentration indices and vulnerability mapping
- Strategic petroleum reserves: IEA obligations, design and management
- Energy infrastructure resilience: physical and cyber security policy frameworks
- Regional energy integration: cross-border power trade, gas interconnectors and energy diplomacy
Module 8: Energy Transition Economics and Access Policy
- Energy transition pathways: IEA Net Zero by 2050 and Stated Policies scenarios and their economic implications
- Stranded asset risk: fossil fuel asset valuation under energy transition scenarios
- Green hydrogen economics: production cost trajectories and policy support frameworks
- Energy access economics: electrification planning, mini-grid economics and productive use frameworks
- Just transition policy: managing distributional impacts on workers, communities and consumer groups
Energy economics is not background knowledge for policy professionals — it is the core analytical discipline that separates good energy policy from expensive mistakes. Enroll in the Energy Economics and Policy Masterclass and build the capability to make and defend evidence-based energy decisions.
Real World Examples
Indonesia Energy Subsidy Reform Program
Indonesia’s multi-phase energy subsidy reform from 2014 onward, which eliminated petrol subsidies and restructured electricity subsidies through automatic pricing mechanisms and targeted cash transfers, provides one of the most extensively documented cases of energy subsidy reform in a large developing country, demonstrating the economic analysis, political sequencing and compensation design that enabled politically challenging price adjustments to be sustained.
UK Contracts for Difference Renewable Auction Program
The UK’s Contracts for Difference auction mechanism, which has driven offshore wind LCOE reductions from over GBP 150/MWh to under GBP 45/MWh over successive auction rounds through competitive procurement design, demonstrates how auction mechanism design and contract structure choices directly determine the cost at which renewable energy is deployed at scale.
EU Emissions Trading System Evolution
The EU ETS, the world’s largest carbon market, provides a detailed case study in carbon market design, price collapse under oversupply, structural reform through the Market Stability Reserve, and the relationship between carbon price levels and renewable energy investment decisions, illustrating the policy design and governance challenges of maintaining an effective carbon pricing instrument through multiple economic cycles.
References
[1] International Energy Agency. World Energy Outlook 2024. Paris: IEA, 2024. Available at: https://www.iea.org/reports/world-energy-outlook-2024
[2] International Monetary Fund. Fossil Fuel Subsidies: A Closer Look at Tax Breaks and Societal Costs. Washington DC: IMF, 2023. Available at: https://www.imf.org/en/Blogs/Articles/2023/08/24/fossil-fuel-subsidies-surged-to-record-7-trillion
[3] International Energy Agency. World Energy Investment 2024. Paris: IEA, 2024. Available at: https://www.iea.org/reports/world-energy-investment-2024
