SOLAR PHOTOVOLTAIC DESIGN AND INSTALLATION TRAINING

Introduction to Solar Photovoltaic Systems: Basics of solar energy and photovoltaic technology. Understanding the components of a PV system and their functions.

Solar Resource Assessment: Conducting solar irradiance and shading analysis. Determining solar potential and optimal system placement.

Load Analysis and System Sizing: Analyzing energy consumption and load requirements. Sizing solar panels, inverters, batteries, and other system components.

PV System Design: Designing grid-tied, off-grid, and hybrid PV systems. Creating system diagrams, layouts, and electrical schematics.

Equipment Selection and Specification: Choosing appropriate solar panels, inverters, charge controllers, and batteries. Considering factors like efficiency, reliability, and compatibility.

Electrical Wiring and System Integration: Wiring solar panels, inverters, and batteries according to code. Designing and implementing safe and efficient electrical connections.

Safety Precautions and Practices: Implementing safety protocols for working with electrical systems. Personal protective equipment (PPE), grounding, and electrical safety.

Permitting and Regulatory Compliance: Navigating local regulations and obtaining necessary permits. Compliance with building codes, electrical standards, and safety guidelines.

Installation Techniques and Best Practices: Hands-on training in mounting solar panels, racking, and hardware installation. Proper handling of PV equipment and tools.

Inverter Installation and Wiring: Installing inverters, charge controllers, and disconnect switches. Connecting DC and AC wiring and configuring system settings.

Battery Bank Integration (for Hybrid and Off-Grid Systems): Installing and wiring battery banks and storage systems. Managing battery charging, discharging, and maintenance.

System Commissioning and Testing: Verifying correct wiring and connections. Conducting system performance tests and safety checks.

Troubleshooting and Maintenance: Identifying and diagnosing common PV system issues. Developing maintenance plans and addressing system failures.

Performance Monitoring and Data Analysis: Implementing monitoring systems to track system performance. Analyzing data for system optimization and efficiency.

Client Training and Handover: Providing training to clients on system operation, maintenance, and safety. Preparing documentation and manuals for reference.

Environmental Sustainability and Impact: Incorporating eco-friendly practices and promoting clean energy solutions. Minimizing environmental footprint and carbon emissions.

Case Studies and Real-world Examples: Analyzing successful PV system design and installation projects. Learning from practical experiences and lessons learned.