Fotovoltaica

Photovoltaics is considered a key technology and one of the most environmentally friendly, emission-free energy sources. There are many ways to use precious solar energy to generate electricity through photovoltaic systems. The demand for well-trained specialists for the assembly and installation of highly complex systems is growing steadily.

From an introduction to the basics of solar thermal energy/solar energy to the planning, implementation and installation of large photovoltaic systems, modern and contemporary learning concepts play a decisive role alongside the theoretical fundamentals. In our teaching systems, we focus on application- and experience-oriented knowledge transfer. Another essential component of our overall didactic concept is the appropriate documentation for our teaching systems.

The solar-powered teaching systems provide a fun introduction to the basics of energy technology and photovoltaics. The fundamental concepts, such as current, voltage, power and energy, are brought to life for learners through application-oriented knowledge transfer.

The solar power laboratory allows learning content on stand-alone system technology and grid-connected technology to be conveyed in a practical and understandable way. The overall didactic concept is ideally complemented by detailed experiment instructions for teachers and students. By working with the modules, trainees and students gain insights into common photovoltaic circuits. The module components are state-of-the-art photovoltaic technology and feature standardised, easy-to-understand symbols.

• Sound fundamentals of photovoltaics
• Understanding of components and operating principles of stand-alone PV systems and grid-connected PV systems
• Different circuits and system concepts

• Trainees in electrical engineering and energy and building technology.
• Training and further education in company and inter-company training centres.
• Science lessons at vocational schools and general education schools.