Course Outline:

Module 1: Fundamentals of Solar Energy

• Historical Evolution of Solar Technology
• Basics of Solar Radiation
• Solar Energy Applications Across Industries

Module 2: Physics of Solar Cells

• Semiconductor Principles in Photovoltaic Cells
• Photovoltaic Effect and Material Selection
• Emerging Technologies in Solar Cell Development

Module 3: Solar Resource Assessment Techniques

• Sun Path Analysis and Solar Geometry
• Measurement and Analysis of Solar Radiation
• Software Tools for Resource Assessment

Module 4: PV System Components and Configurations

• Solar Modules: Types and Characteristics
• Inverters, Charge Controllers, and Energy Storage Options
• Balance of System Components: Cables, Connectors, and Mounting Structures

Module 5: System Sizing and Design Principles

• Load Analysis and Energy Consumption Patterns
• Off-grid vs. Grid-tied System Design
• Advanced System Design Software Applications

Module 6: Installation Planning and Safety

• Site Assessment: Shading Analysis and Structural Considerations
• Regulatory Compliance and Permitting
• Safety Protocols and Best Practices in Solar Installations

Module 7: PV System Installation Techniques

• Mounting Systems and Techniques
• Wiring and Interconnection Practices
• Commissioning Procedures and Performance Testing

Module 8: Maintenance and Troubleshooting

• Routine Maintenance Practices
• Monitoring System Performance
• Identifying and Resolving Common Issues

Module 9: Economic and Environmental Considerations

• Cost-Benefit Analysis of Solar PV Systems
• Government Incentives, Rebates, and Financing Options
• Environmental Impacts and Sustainability Metrics

Module 10: Final Project and Practical Application

• Designing a Solar PV System for a Real-world Scenario
• Project Presentation and Peer Review
• Integration of Course Concepts in Practical Applications