REMENA

This course provides a comprehensive introduction to photovoltaic (PV) solar energy systems, combining fundamental concepts with practical applications. It is designed for students, professionals, and practitioners who wish to develop a solid understanding of PV technology, system design, and real-world implementation.

The course begins with the electrical basics necessary to understand PV principles, followed by an exploration of solar radiation and how it influences energy conversion. Participants will then study the PV effect, solar cells, and modules, learning how semiconductors transform sunlight into electricity.

Building on this foundation, the course presents the different types of PV systems—grid-connected, off-grid, hybrid, and solar pumping—highlighting their design, operation, and applications. The role of inverters is examined in detail, from conversion efficiency to advanced grid-support, monitoring, and safety functions. Learners will also gain insights into charge controllers, essential for managing energy flow in battery-based systems.

Practical aspects of PV implementation are addressed through dedicated chapters on batteries and storage technologies, balance of system (BoS) components, and system sizing for low- and medium-voltage grid-connected as well as off-grid applications.

By the end of the course, participants will:

- Understand the principles of photovoltaic energy conversion.
- Recognize the main components of PV systems and their functions.
- Evaluate different PV system configurations for residential, commercial, and industrial use.
- Interpret technical datasheets and assess system performance.
- Apply sizing methods to design efficient PV systems adapted to specific needs.

This structured journey equips learners with both theoretical knowledge and practical skills, preparing them to analyze, design, and optimize PV systems in diverse contexts.