A renewable energy project rarely fails because the technology doesn't work — it fails because the financing behind it wasn't structured to survive real-world risk. Getting a wind farm or solar plant from paper to operation depends as much on policy knowledge, contract structuring and risk management as it does on engineering.

This professional, accredited training course from the Arab British Fellowship Training Academy gives participants that combined skill set: up-to-date knowledge of renewable energy project management, financing instruments and policy frameworks, paired with the risk management judgement needed to keep a project bankable. It prepares participants to operate confidently in the UK and international renewable and green finance industry.

What You Will Learn

• How renewable energy projects differ from conventional energy projects in structure and risk.
• Operating models, contracts and financing instruments used to fund renewable projects, including non-recourse project finance.
• How to build and use financial models to analyse project and participant cash flows for developers, investors, lenders and customers.
• Scenario analysis to evaluate funding structures, condition sheets and contractor bids, and to optimise biddable electricity rates.
• How to identify, classify and manage risk — including control, mitigation, financing and prevention strategies — illustrated with examples and case studies.

Who Should Attend

• Professionals with a basic or advanced understanding of the renewable energy industry.
• Consultants and individuals who need to assess the benefits of adopting renewable energy technologies.
• Managers and directors planning to invest in the renewable energy sector.

Module 1: Policy, Incentives and the Investment Landscape

• Incentives and barriers to investment in renewable energy
• Government policies and support programmes across the UN, EU and UK

Module 2: Funding Mechanisms for Renewable Projects

• Foundations of renewable energy finance and sustainable design
• Funding routes: FiT, RHI, ROCs, CfD, PPA, ESCO and EPC

Module 3: Calculating the Numbers That Matter

• Basic project finance and engineering calculations
• Working with energy, economics, emissions, NPV and IRR

Module 4: Managing Project and Financial Risk

• Core principles of project risk management
• Integrating financial and risk management decisions

Module 5: Real Projects, Real Numbers

• Worked example of project finance in practice
• Practical international case studies
• Life Cycle Assessment (LCA) and its role in project evaluation