Mastering Working Principles of Solar Energy and PV Modules

Master Solar Energy & PV Systems: A Comprehensive Guide

This expertly crafted course, led by a NABCEP PVIP Certified Professional, provides a systematic and insightful understanding of solar energy and photovoltaic (PV) modules. Unlike many other courses, this program focuses on the essential theory and practical knowledge needed to succeed in the solar photovoltaic industry. Prepare to confidently pursue industry certifications like the NABCEP Associate Exam with advanced calculations that will also benefit those preparing for more advanced certifications.

• Gain a Solid Foundation in Photovoltaics: This course elevates your understanding of photovoltaics to a level sufficient to grasp the complete theoretical framework.

• Comprehensive Coverage of Solar PV Systems: Explore key topics including the sun, solar radiation, solar energy, and PV modules/systems. This knowledge is crucial for professional understanding before designing and installing solar PV systems. We ensure comprehensive learning within a concise timeframe.

• Exceptional Value: Benefit from a low price – significantly less than comparable courses offering similar quality. You'll save hundreds of dollars while receiving instruction equivalent to courses costing hundreds of US dollars.

• Course Outline:

  SECTION 1: Introduction to Photovoltaics

  • What is Photovoltaics? Explore the fundamentals of photovoltaics, its advantages, and disadvantages.
  • History of Solar Cells: Discover the inventions that shaped the photovoltaic solar cell and the current PV install base.
  • Applications of Solar Energy: Understand diverse photovoltaic applications and the key stakeholders in the solar energy industry.
  • Solar Energy Collectors: Learn about solar concentrators and solar thermal energy collectors.

  SECTION 2: Solar Radiation, Energy & Earth Rotation

  • Understanding the Sun: Delve into the characteristics of the sun and its role in solar energy.
  • Solar Radiation & Light: Explore solar radiation and solar light phenomena.
  • Extraterrestrial & Terrestrial Solar Radiation: Analyze extraterrestrial solar radiation and terrestrial solar radiation, including atmospheric effects, global radiation, direct radiation, diffuse radiation, and albedo radiation.
  • Air Mass: Understand the concept of air mass and its impact on solar irradiance.
  • Peak Sun Value & Hours: Calculate peak sun hours and understand their significance.
  • Solar Irradiance & Irradiation: Differentiate between solar irradiance (solar power) and solar irradiation (solar energy).
  • Solar Radiation Data & Maps: Utilize global radiation maps, charts, and tables for practical applications.
  • Measuring Solar Radiation: Learn about pyranometers, pyrheliometers, and irradiance meters.
  • Earth's Orbit & Rotation: Understand Earth orbit, sun declination, solar time, solar noon, and local standard time.
  • Sun Path Charts & Solar Window: Interpret sun path and utilize sun path charts for optimal solar panel placement.
  • Photovoltaic Module Orientation: Determine optimal photovoltaic module azimuth and tilt angles for maximum energy production.
  • Solar Magnetic Declination: Understand the impact of solar magnetic declination on tilt angles.

  SECTION 3: Photovoltaic Cells, Modules & Arrays

  • Semiconductors & Band Gap: Explore the properties of atoms, conductors, insulators, and semiconductors, including band gap concepts.
  • Silicon Structure & Doping: Understand pure silicon and the process of doping.
  • Photovoltaic Effect & Solar Cell Working Principle: Learn the photovoltaic effect and the working principle of solar cells, including p-n junctions.
  • Solar Cell & Module Fabrication: Discover the structure, materials, and fabrication processes of polycrystalline and monocrystalline silicon solar cells. Understand module assembly.
  • Current-Voltage-Power Curves: Analyze I-V-P curves of solar PV modules, including open-circuit voltage (Voc), short-circuit current (Isc), maximum power point (Pmp), operating point, and maximum power point tracking (MPPT).
  • Temperature Effects: Understand the temperature coefficient