Solar Power Your Home: Safe Money, Go Green [1]

Unlock the Power of Grid-Tied Solar Energy Systems: A Comprehensive Course

Are you eager to understand solar energy and harness the power of the sun? This course provides a detailed exploration of grid-tied solar energy systems, perfect for beginners and those seeking to deepen their knowledge. Learn from an experienced Renewable Energy Engineer with a background in PV Energy Systems design and installation.

This course offers a condensed, yet thorough, overview of essential solar panel concepts. You'll gain practical knowledge and confidence to make informed decisions about your solar energy investment. We'll cover key topics and include self-assessment questions to reinforce your learning. Plus, we'll take virtual tours of leading solar panel manufacturers to bridge the gap between theory and real-world applications.

What You'll Learn:

• The Photo Voltaic (PV) Effect: Understand the fundamental science behind solar panel electricity generation.
• Solar Panel Materials: Explore different solar panel material options, including:
  • Thin Film Solar Panels
  • Crystalline Solar Panels
  • Gallium Arsenide PV Modules
  • Multi-Junction PV Modules
• Solar Panel Efficiency: Differentiate between PV cell efficiency and PV module efficiency, and learn how to avoid misleading sales tactics.
• Calculating PV Module Efficiency: Master the process of calculating PV module efficiency from manufacturer specifications.
• Mono-Crystalline vs. Poly-Crystalline Solar Panels: Understand the key differences between these two popular solar panel types.
• Crystalline Structure Manufacturing: Learn about solar panel manufacturing processes, including seed crystals vs. polycrystalline.
• Mono vs. Poly Crystalline PV Modules: Identify the physical differences between mono crystalline and poly crystalline PV modules.
• Advanced Solar Technologies: Discover cutting-edge solar technology upgrades:
  • PERC Solar Technology (Passivated Emitter Rear Contact)
  • HIT Solar Technology (Hetero Junction with Intrinsic Thin-layer)
  • Bifacial Solar Panels: Learn how bifacial solar panels work and their potential energy gains.
  • Half-Cut Solar Cell Technology: Understand the performance benefits of half-cut solar cells.
• Solar Panel Components: Explore essential solar panel components:
  • Bypass Diodes and their impact on solar energy production.
  • Solar Junction Boxes and their location.
  • All-Black Solar Panels and their advantages.
• Performance Losses: Identify factors affecting solar panel performance, such as opaque module backing sheets.
• Solar Panel Orientation: Master solar slope & angles for optimal performance:
  • Longitude vs. Latitude and their role in solar energy systems.
  • Optimum tilt angles for your PV module (with theoretical examples).
  • Seasonal shifts and their impact on solar energy production.
  • How to find your exact Longitude & Latitude.
  • Understanding Solar Azimuth and the spherical coordinate system.
  • Using a digital protractor to determine roof azimuth.
• Solar Module Mounting Systems: Explore different solar module mounting systems:
  • Roof Mounted Systems and their components.
  • System solutions for corrugated roof mounting.

Course Outline:

• PhotoVoltaic Technologies: A deep dive into solar panel technology.
• PV Effect: Understanding the science behind electricity generation.
• Material Options: Exploring different solar panel materials.
• Improved Panel Technologies: Learning about advanced solar technology.
• Difference Module Variations: Distinguishing between different solar panel types.
• Installation of Solar Modules: Understanding the installation process.
• Solar Angles and Module Tilt: Optimizing solar panel orientation.
• Array Orientation and Azimuth: Strategic solar panel placement.
• Solar Module Mounting System Options: Choosing the right mounting system.

Ready to make an informed decision about your solar energy system? Enroll now! Udemy offers a generous refund policy, so you can learn with confidence.

About the Instructor:

Jesse Gorter is a Renewable Energy Engineer and Master of Engineering with a Bachelor's in Energy Technology and a Master's in Mechanical Engineering. He brings extensive experience in PV Energy Systems design and installation to this course.