Two countries with identical sunshine can end up with completely different amounts of installed solar capacity, and the reason is rarely the technology itself. It is policy: permitting timelines, grid interconnection rules, subsidy design, and the political will to keep those rules stable long enough for investors to trust them. Solar hardware has become cheap and reliable; the regulatory environment around it is now the variable that decides whether projects actually get built.

Arab British Fellowship Training Academy designed this course to make sense of that regulatory environment. Participants examine who shapes solar policy and why, how national and local rules interact, and the practical mechanics of permitting, grid access, subsidies and power purchase agreements that determine a project's bottom line.

The course also looks beyond individual projects to the bigger picture: how policy innovation, international comparisons, equity concerns and environmental assessments are reshaping what "good" solar policy looks like, and how solar strategy fits within a country's wider energy goals.

Who Should Attend?

• Policy makers involved in creating or implementing energy policy at local, regional or national level.
• Solar developers, project managers and consultants who need to understand regulatory frameworks.
• Scholars and students interested in the intersection of energy policy, technology and sustainability.

Knowledge and Benefits

By the end of this course, participants will be able to:

• Explain the fundamental role of solar energy in the global energy transition.
• Analyse how different policies and regulations affect solar energy deployment.
• Evaluate best practices in solar energy governance and their implications for stakeholders.

Module 1: The Hidden Variable: Why Policy Decides Whether Solar Projects Get Built

• An overview of solar energy technologies (PV and CSP) as the technical backdrop to this course.
• Why policy, not hardware, is often the deciding factor in solar deployment today.
• How regulatory frameworks intersect with technology and international climate commitments.

Module 2: Who Shapes Solar Policy: Government, Industry and Communities

• Identifying the key stakeholders: government, industry and non-governmental organisations.
• The role of community engagement in shaping policy outcomes.
• How public opinion influences solar policy initiatives.

Module 3: National, Local and Decentralized Regulatory Layers

• Differences between national and local/state regulations.
• Decentralised regulatory approaches and their trade-offs.
• The role municipalities play in shaping solar policy on the ground.

Module 4: Permitting, Zoning and Site-Level Approval

• Understanding the permitting process for solar installations.
• Why zoning laws matter for site selection.
• Navigating local regulations and community standards.

Module 5: Grid Access and Interconnection Standards

• Interconnection requirements that solar systems must meet.
• Why grid access is central to promoting solar energy adoption.
• Key challenges in integrating solar into existing grid infrastructure.

Module 6: Subsidies, Tax Incentives and Power Purchase Agreements

• Federal and state subsidies for solar energy, and their impact on project viability.
• Comparing different incentive structures across markets.
• The role, structure and negotiation of power purchase agreements (PPAs).

Module 7: Financing Models and Barriers to Adoption

• Exploring financing options: loans, grants and equity investment.
• Regulatory, market and public-perception barriers to solar adoption.
• How policy instability specifically discourages solar investment.

Module 8: Policy Innovation: Feed-in Tariffs, Net Metering and Beyond

• Examining innovative policy approaches such as feed-in tariffs and net metering.
• How technological advancement continues to reshape policy design.
• Examples of policy innovations that succeeded, and why.

Module 9: Global Perspectives and Lessons from International Solar Policy

• An overview of international solar policies and frameworks.
• Comparing solar policy approaches across different regions.
• Lessons learned from global best practices.

Module 10: Emerging Trends in Solar Regulation

• How climate change legislation is beginning to reshape solar policy.
• The future of solar energy within the broader energy transition.
• The growing role of digital technologies in policy development.

Module 11: Building Coalitions: Stakeholder Collaboration and Advocacy

• Why collaboration among stakeholders is essential to policy formulation.
• Strategies for effective advocacy in solar energy policy.
• Engaging communities and building durable public support.

Module 12: Designing Policy That Lasts: Long-Term Sustainability

• Assessing how durable solar policies prove to be over time.
• Why adaptive policy design matters as technology changes.
• Balancing economic growth with environmental protection.

Module 13: Equity and Inclusive Access to Solar Energy

• Addressing disparities in solar energy access across communities.
• Designing inclusive policy that considers marginalised groups.
• Strategies for promoting community solar initiatives.

Module 14: Environmental Impact Assessments in Project Approval

• The role environmental assessments play in approving solar projects.
• Key considerations when evaluating ecological impact.
• Balancing solar development with wildlife and habitat protection.

Module 15: Public Health and Safety Regulation

• Health and safety regulations relevant to solar installations.
• Assessing the impact of solar projects on local communities.
• Strategies for minimising risks associated with solar technologies.

Module 16: Aligning Solar Policy with Broader Energy Strategy

• Aligning solar policy with national and regional energy strategies.
• Why coherence across different energy policies matters.
• Building integrated energy policy frameworks.

Module 17: The Road Ahead: Solar Policy in a Changing Global Context

• Projections for solar energy growth and technological advancement.
• How geopolitical factors shape solar energy policy.
• Opportunities for international collaboration on solar initiatives.