• Solar Energy Fundamentals:

  • Understanding solar radiation and irradiance.
  • The photovoltaic (PV) effect.
  • Types of solar cells and modules.
  • Solar spectrum and sun-earth relationship.
• PV System Components:
  • Solar panels (modules).
  • Inverters (grid-tied, off-grid, hybrid).
  • Charge controllers.
  • Batteries (storage systems).
  • Mounting systems.
  • Balance of system components.
• PV System Design:
  • System sizing and calculations.
  • Site assessment and solar resource evaluation.
  • Shading analysis.
  • Electrical design (wiring, protection).
  • Grid-tied vs. off-grid system design.
  • Hybrid system design.
• Electrical Considerations:
  • Basic electrical principles (Ohm’s Law, etc.).
  • AC/DC circuits.
  • Wiring and protection.
  • Grounding.
  • Code compliance and safety.
• System Installation and Maintenance:
  • Mounting and installation techniques.
  • System monitoring and troubleshooting.
  • Maintenance procedures.
  • Safety hazards and PPE.
• Software and Tools:
  • PV system design software (e.g., PVSyst, PVWATTS).
  • CAD software (e.g., AutoCAD).
  • Simulation tools (e.g., MATLAB).
  • Excel for calculations.
• Economic and Policy Aspects:
  • Financial analysis of solar projects.
  • Incentives and policies.
  • Net metering.
  • Sustainability considerations.

Course Variations:

• Beginner Courses: Focus on basic principles, component identification, and simple system design.
• Advanced Courses: Cover complex system design, large-scale power plants, and specialized applications.
• Specialized Courses: May focus on specific areas like:
  • Off-grid systems.
  • Grid-tied systems.
  • Solar water pumping.
  • Building-integrated PV (BIPV).
  • Large scale solar power plant design.