Solar Power Systems

What You Will Learn

• 1 Learn the fundamentals of solar energy, including how sunlight is converted to electricity and the key physics principles that govern photovoltaic systems.
• 2 Understand the components of a solar power system, from photovoltaic modules and inverters to mounting structures, wiring, and balance-of-system equipment.
• 3 Explore solar resource assessment techniques, including how to read irradiance data, use solar maps, and evaluate site suitability for solar installations.
• 4 Apply system sizing methodologies to design residential, commercial, and utility-scale solar power systems based on load analysis and site conditions.
• 5 Understand grid-tied solar systems, including net metering, interconnection requirements, and the role of solar in modern electricity distribution.
• 6 Analyze off-grid and hybrid solar systems, including battery storage integration, charge controllers, and energy autonomy strategies.
• 7 Develop knowledge of solar installation practices, including mounting systems, electrical wiring standards, safety protocols, and inspection requirements.
• 8 Understand solar permitting, codes, and standards, including national electrical codes, building permits, and utility interconnection procedures.
• 9 Explore solar energy economics, including system cost analysis, return on investment calculations, incentives, and financing models.
• 10 Analyze solar system performance monitoring, troubleshooting techniques, and preventive maintenance strategies to maximize energy output.
• 11 Understand emerging solar technologies, including bifacial modules, building-integrated photovoltaics, agrivoltaics, and next-generation storage solutions.
• 12 Build a complete solar project development framework, integrating site assessment, design, financial analysis, and regulatory compliance into a professional workflow.