Learning Objectives
Understand the fundamentals of solar photovoltaic (PV) systems and their components.
Learn to measure and analyze the performance characteristics of SPV modules.
Develop the ability to connect and configure SPV modules in series and parallel configurations.
Gain insight into the effects of various environmental factors on SPV module performance.
Acquire skills in using essential tools and instruments for solar PV installation and maintenance.
Master the operation and functionality of standalone and grid inverters.
Enhance knowledge of battery testing, maintenance, and troubleshooting techniques.
Learn practical applications of safety devices and measures in solar PV systems.
Knowledge Covered
Comprehensive understanding of SPV module characteristics and performance metrics.
Detailed knowledge of the effects of tilt angle, irradiance, temperature, and shading on solar panel output.
Familiarity with the operation and significance of bypass and blocking diodes in SPV systems.
Insight into the working principles of standalone and grid-tied inverters.
Techniques for measuring and maintaining battery health in solar PV systems.
Skills Covered
Proficiency in using an angle finder for optimizing solar panel tilt angles.
Hands-on experience in connecting SPV modules and analyzing their output.
Ability to use a hydrometer to measure electrolyte specific gravity in batteries.
Skills in using testing equipment such as the Megger Earth Tester and insulation tester.
Practical know-how in setting up and operating solar submersible pumps and ELCB testers.
Key Takeaways and Benefits
This training course offers a comprehensive and practical understanding of solar photovoltaic (PV) systems, equipping participants with the essential skills and knowledge needed to excel in the renewable energy sector. Through hands-on training and real-world applications, attendees will learn to optimize the performance of solar panels, understand the impact of environmental factors, and effectively use various tools and instruments for installation and maintenance. The course also covers critical safety practices and troubleshooting techniques, ensuring participants can address common issues in solar PV systems. By the end of the course, participants will be adept at configuring both standalone and grid-tied systems, enhancing their capabilities in both residential and commercial solar installations. The key takeaways include improved technical proficiency, increased confidence in handling solar PV projects, and a strong foundation for pursuing advanced certifications or careers in renewable energy.