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

Are you passionate about solar energy and looking for reliable information on grid-tied solar systems? This course provides a condensed, expert-led overview of the fundamentals you need to confidently navigate the world of PV energy systems.

What You'll Gain:

• Expert Knowledge: Learn from an experienced Renewable Energy Engineer with a strong background in PV system design and installation.
• Practical Application: Test your understanding with short multiple-choice questions and explore real-world product options.
• Virtual Site Visits: We'll visit manufacturer websites to bridge the gap between theory and practical application.
• Unbiased Insights: Get relevant, straightforward information without unnecessary complexity.

Course Topics:

This course covers a wide range of essential topics for understanding grid-tied solar energy:

• PV Cell Fundamentals:
  • PV Solar Cell Output Characteristics: Understand how solar cells generate electricity.
  • IV Curve Analysis: Learn the relationship between current and voltage (IV Curve) and its significance.
  • Irradiance and PV Performance: Explore the impact of sunlight intensity on system output.
  • Open Circuit Voltage (Voc) & Short Circuit Current (Isc): Understand these key parameters.
  • Maximum Power Point (MPP): Discover how to locate and track the MPP for optimal energy production.
  • IV Curve Details: Learn where to find and interpret IV curve specifications for PV modules.
  • PV Module Voltage & Power Output: Understand the relationship between voltage and power.
  • IV Curve Stacking: Explore the principles of stacking PV cells.
• PV Module Connections:
  • Parallel & Series Connections: Learn how to connect PV cells for different system configurations.
  • Stacking Effect: Understand how stacking impacts system performance.
• Power Electronics:
  • Maximum Power Point Tracking (MPPT): A deep dive into MPPT algorithms and their importance.
  • PWM Chargers: Explore Pulse Width Modulation (PWM) chargers, their charging behavior, and efficiency.
  • MPPT Chargers: Understand the advantages of MPPT PV charge controllers and their design characteristics.
  • Temperature Derating: Learn how temperature affects charger performance.
  • Overdesigning PV Arrays: Understand the implications of overdesigning your system.
• Inverter Technologies:
  • String Inverters vs. Central Inverters: Compare and contrast these inverter types.
  • Hybrid Inverters: Explore the functionality of grid-tied hybrid inverters with energy storage.
  • Dedicated vs. Integrated Inverter-Chargers: Understand the differences and use cases.
• Grid Integration & Financial Aspects:
  • Anti-Islanding Protection: Learn about Anti-Islanding and its importance for grid safety.
  • Grid Meters: Understand the differences between unidirectional and bidirectional grid meters, including SMART meters.
  • Financial Compensation Models: Explore Feed-in Tariffs, Net Metering, Time-of-Use (TOU) compensation, and Power Purchase Agreements (PPAs).
  • Read-Out Principles: Understand how grid meters record energy consumption and generation.
• Distributed Energy Systems:
  • Distributed Energy Systems (DESS): Learn about the components and operation of a Distributed Energy System with Energy Storage.
  • Power Grid Operation: Theoretical case study of a DESS within a power grid during power outages.
• Inverter-Charger Details:
  • Input & Output Connections: Understand the connections on various chargers.
  • User Interfaces: Explore the advantages and disadvantages of different user interfaces.
  • Stacking Chargers: Learn about the benefits of stacking multiple chargers.
  • 2kVA & 3kVA Inverter-Charger Case Studies: Detailed analysis of common inverter-charger models.
  • All-in-One Hybrid Inverter Case Study: Design and operation values.
• Harmonic Distortion:
  • Total Harmonic Distortion (THDI, THDU): Understand and mitigate harmonic distortion.

Ready to make informed decisions about your solar energy system?

Enroll now and start your journey to becoming a solar energy expert! [Udemy Refund Policy Link]

About the Instructor:

Jesse Gorter is a **