The purpose of this development project is to create a model for working with a high school project in Electrical and Energy Program. It should be conducted in a form like companies do according to the goals from The Swedish National Agency for Education. In order to fully perform this we use the concept of Young Entrepreneurship.   The model is created according to the new conditions from The National Electrical Safety Board. There is now an exception saying that a student during education is released from the demand of employment that is the normal procedure where you are under supervision from a certified electrician. During the project there has been theoretical and practical examinations in order to clear out the advantages and disadvantages using this model, but also to examine whether it is useful in the future and to what extent it can be used.   The result indicates that the model is useful and fulfills the goals from The Swedish National Agency for Education but that the model has its limitations and difficulties. In a future implementation of the model it should be conducted in a small scale with a few students. The result also shows that a project according to this model set high demands on the tutor (supervisor) that the students need from the branch. Voices from the teachers and the principal during the evaluation say that "the model is exciting and very good since it is for real".

I denna rapport presenteras en analys av solcellsoptimeraren med avseende på dess elektromagnetiska kompatibilitet. Syftet är att undersöka solcellsoptimerarens påverkan ur ett elektromagnetiskt kompatibilitets och interferensperspektiv. Analysen grundar sig på en kontrollmätning av en solcellsinstallation, genomförd i samarbete med Elsäkerhetsverket. I resultatet från kontrollmätningen presenteras störningsfenomen som går att härleda till optimeraren. Slutligen diskuteras överskridna krav utifrån svenska och europeiska bestämmelser. / This report presents an analysis of the solar power optimizer regarding its electromagnetic compatibility. The purpose is to investigate the effect of the solar power optimizer from an electromagnetic compatibility and interference perspective. The analysis is based on measurements of a photovoltaic installation, carried out in collaboration with the Swedish National Electrical Safety Board. The result from the measurements presents interference that can be derived from the optimizer. Finally, exceeded requirements are discussed based on Swedish and European regulations.