Study Guide

Objective

After the course student:
- comprehends the theory and the principles of different photovoltaic technologies
- understands requirements and applications of different components on photovoltaic systems
- understands fundamentals of designing and implementation of photovoltaic systems
- is able to apply fundamentals of installation and quality control in working life circumstances
- is able to apply basic skills of measuring Irradiance and photovoltaic electricity related measures in laboratory anf field work
- understand and is able to apply basicsafety issues related to photovoltaic systems

Content scheduling

The Photovoltaic Systems course provides fundamental Engineering knowledge, design methods and simulation tools for the designing of the Solar Photovoltaic energy systems. The PV Course introduces the working principle for solar energy conversion. Key components used in PV including PV modules and converters are described, with focus on their implementation in a renewable energy production system. Practical issues for an optimal yield are covered starting from the planning and ending for the realization of installations and commissioning. In the frame of a study project students will conceive and design a PV plant for a real site. The plant will be implemented and evaluated in the PV SOL simulation software.

Evaluation scale

H-5