
Financing Energy Projects Course
Master the full discipline of energy project finance, from structuring special purpose vehicles to achieving financial close on complex deals. This course equips professionals with the analytical tools, contractual knowledge, and strategic judgment needed to finance solar, wind, storage, and conventional energy assets. Whether you work in development, banking, or investment, you will gain the expertise to lead transactions with confidence.
What you will learn:
Build project finance models that connect technical energy data to equity and lender returns.
Structure debt packages using term loans, project bonds, export credit, and mezzanine instruments.
Analyse and allocate construction, market, regulatory, and operational risks across project stakeholders.
Assess power purchase agreements, EPC contracts, and O&M agreements for lender bankability.
Apply ESG frameworks, tax equity structures, and credit enhancement tools to energy transactions.
Navigate the full financial close process from term sheet negotiation to drawdown and post-close reporting.
How you study practically Financing Energy Projects Course
How you practise Financing Energy Projects Course
For companies looking to train their teams
With Dedika for businesses, the course includes exercises and examples tailored to your own business and the way your company needs.
Course content
8 Chapters • 39 LessonsDuration between 4 and 360 hours (you decide)
Chapter 1HideHide detailsSee detailsFoundations of Energy Project Finance
Foundations of Energy Project Finance
Lesson 1 • Key Stakeholders and Their Interests
Profiles sponsors, lenders, offtakers, and regulators. Clarifies how competing interests shape financing terms.
Lesson 2 • Energy Project Life Cycle
Traces a project from development through decommissioning. Identifies financing needs and risk profiles at each phase.
Lesson 3 • Core Concepts in Project Finance
Introduces project finance as distinct from corporate finance. Connects limited-recourse structures to energy project risk allocation.
Lesson 4 • Energy Sector Overview and Market Dynamics
Maps the global energy landscape across generation, transmission, and distribution. Establishes context for why specialised financing structures exist in this sector.
Chapter 2HideHide detailsSee detailsFinancial Modelling for Energy Projects
Financial Modelling for Energy Projects
Lesson 1 • Model Architecture and Best Practices
Establishes disciplined spreadsheet design for project finance models. Prevents common structural errors that distort outputs.
Lesson 2 • Cost and Expenditure Modelling
Captures capital expenditure, operating costs, and lifecycle costs accurately. Links cost assumptions to financing structure and debt sizing.
Lesson 3 • Returns Analysis and Sensitivity Testing
Calculates equity IRR, NPV, and payback metrics for sponsors and lenders. Stress-tests model outputs against key variable changes.
Lesson 4 • Revenue and Production Modelling
Translates technical energy output data into financial revenue streams. Covers capacity factors, tariff structures, and curtailment assumptions.
Lesson 5 • Debt Sizing and Sculpting
Applies coverage ratio constraints to determine maximum debt capacity. Introduces debt sculpting to align repayment with project cash flows.
Chapter 3HideHide detailsSee detailsRisk Identification and Allocation
Risk Identification and Allocation
Lesson 1 • Risk Allocation Principles
Applies the principle that risk should be borne by the party best able to manage it. Connects allocation decisions to financing cost and bankability.
Lesson 2 • Construction Phase Risk Management
Addresses completion risk as the primary lender concern during construction. Covers EPC contracts, performance bonds, and completion guarantees.
Lesson 3 • Risk Taxonomy for Energy Projects
Classifies risks across technical, market, regulatory, and force majeure categories. Provides a shared vocabulary used throughout financing negotiations.
Lesson 4 • Operational and Revenue Risk Management
Mitigates revenue shortfall and operational underperformance during operations. Links offtake agreements and O&M contracts to lender requirements.
Lesson 5 • Political and Regulatory Risk Mitigation
Addresses sovereign and regulatory risks that threaten project cash flows. Introduces political risk insurance and multilateral support tools.
Chapter 4HideHide detailsSee detailsDebt Financing Structures and Instruments
Debt Financing Structures and Instruments
Lesson 1 • Export Credit and Guarantee Instruments
Covers export credit agency financing tied to equipment procurement. Explains how ECAs reduce lender risk and extend debt tenors.
Lesson 2 • Project Bonds and Capital Markets
Examines bond financing as an alternative to bank debt for operational projects. Covers credit ratings, bond covenants, and investor appetite.
Lesson 3 • Multilateral and Development Finance
Profiles development finance institutions and their role in energy project lending. Explains how DFI participation improves bankability in emerging markets.
Lesson 4 • Mezzanine and Subordinated Debt
Introduces hybrid debt instruments that bridge equity and senior debt. Explains how mezzanine layers improve equity returns while managing lender risk.
Lesson 5 • Senior Secured Debt Fundamentals
Covers term loans, revolving credit, and their security structures. Establishes senior debt as the primary financing layer in most energy projects.
Chapter 5HideHide detailsSee detailsEquity Financing and Capital Structure
Equity Financing and Capital Structure
Lesson 1 • Equity Investor Landscape
Profiles strategic sponsors, infrastructure funds, and institutional investors. Distinguishes their return requirements and investment horizons.
Lesson 2 • Optimising Leverage and Capital Structure
Balances debt and equity to maximise returns while satisfying lender coverage requirements. Applies capital structure theory to energy project constraints.
Lesson 3 • Equity Exits and Secondary Markets
Examines how equity investors realise returns through asset sales and secondary transactions. Covers valuation methods used in energy asset transfers.
Lesson 4 • Shareholder Agreement and Governance
Structures equity relationships between co-investors in a project company. Covers voting rights, reserved matters, and deadlock resolution.
Lesson 5 • Equity Return Metrics and Hurdle Rates
Defines IRR, cash yield, and equity multiple as primary return metrics. Connects hurdle rates to project risk profile and market benchmarks.
Chapter 6HideHide detailsSee detailsContractual Framework and Bankability
Contractual Framework and Bankability
Lesson 1 • Fuel Supply and Offtake Agreements
Addresses fuel supply security for thermal projects and feedstock agreements. Links supply contract terms to revenue and cost certainty for lenders.
Lesson 2 • Power Purchase Agreement Structures
Examines PPA types, pricing mechanisms, and credit quality of offtakers. Connects PPA terms directly to debt sizing and lender comfort.
Lesson 3 • Operations and Maintenance Agreements
Structures O&M contracts to ensure reliable project performance. Covers performance guarantees, KPIs, and termination rights.
Lesson 4 • Lender Due Diligence on Contracts
Applies a lender lens to review the full contract suite for bankability gaps. Produces a bankability assessment and remediation plan.
Lesson 5 • EPC and Construction Contracts
Reviews lump-sum turnkey and other EPC structures from a lender perspective. Identifies provisions that protect against cost overrun and delay.
Chapter 7HideHide detailsSee detailsRenewable Energy Project Financing
Renewable Energy Project Financing
Lesson 1 • Wind Energy Project Finance
Addresses wind resource uncertainty, turbine performance, and wake loss modelling. Connects P50 and P90 energy estimates to debt sizing decisions.
Lesson 2 • Solar PV Project Finance
Covers resource assessment, technology risk, and revenue modelling for solar assets. Addresses degradation, irradiance variability, and module warranty issues.
Lesson 3 • Battery Storage and Hybrid Project Finance
Examines revenue stacking, degradation, and technology risk for storage assets. Covers hybrid project structures combining generation and storage.
Lesson 4 • Merchant and Subsidy-Free Renewable Finance
Structures financing for projects without long-term contracted revenue. Applies hedging, reserve accounts, and flexible debt to manage merchant exposure.
Lesson 5 • Auction and Competitive Procurement Finance
Analyses how competitive auction results shape financing terms and risk. Covers bid bond requirements, grid connection obligations, and penalty structures.
Chapter 8HideHide detailsSee detailsAdvanced Structuring and Strategic Financing
Advanced Structuring and Strategic Financing
Lesson 1 • Financial Close Process and Execution
Manages the end-to-end process from term sheet to financial close. Covers conditions precedent, documentation, and closing mechanics.
Lesson 2 • Portfolio and Platform Financing
Structures financing across multiple assets to achieve scale and diversification benefits. Covers portfolio aggregation, cross-collateralisation, and platform vehicles.
Lesson 3 • Refinancing and Recapitalisation
Optimises capital structure post-construction by refinancing into cheaper long-term debt. Covers timing, market conditions, and lender consent requirements.
Lesson 4 • Syndication and Club Loan Structures
Manages large debt packages through syndication to multiple lenders. Covers arranger roles, underwriting risk, and syndication strategy.
Lesson 5 • Strategic Financing Decision-Making
Integrates technical, commercial, and financial analysis into a coherent financing strategy. Develops judgment for trade-offs between cost, risk, and flexibility.
Your valid completion certificate
This course is for you:
Energy developer: wants to understand what lenders actually require to approve financing.
Investment analyst: needs to evaluate infrastructure deals beyond surface-level financial metrics.
Commercial banker: moving into project finance from a general corporate lending background.
Government advisor: works on energy policy and wants to understand private financing structures.
Career changer: transitioning from engineering into finance roles within the energy sector.
Infrastructure fund associate: building technical depth to support senior deal team members.
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