Part of a YH programme at TUC Yrkeshögskola. This course cannot be applied for on its own. Programme code: SOL19DJÖN.
Design of Solar Power Systems gives you knowledge of how a solar power system is built up and how its components work together in a solar power plant. You learn how different parts such as panels, inverters and cabling work together in a complete system. The course is part of TUC's YH programme for solar power technicians and gives you the foundation for designing and dimensioning solar power systems.
Duration: 4 weeks
Location: Jönköping
Language: Swedish
Level: Intermediate
CSN-eligible
Time commitment: 20 YH credits, about 4 weeks of full-time study
The purpose and goal of the course is to give knowledge of how a solar power system is built up and how its components work together in a solar power plant.
The purpose and goal of the course is to give knowledge of how a solar power system is built up and how its components work together in a solar power plant.
What you will learn
What you learn.
Has knowledge of the structure and main components of a solar power system
Understands how components such as panels and inverters work together in a solar power plant
Can describe different system types and how they are built up
Has a basic understanding of dimensioning solar power systems
Curriculum
How the course is built.
System structure
Review of the main components of a solar power system.
How components work together
How panels, inverters and other equipment work together in a solar power plant.
System types
Different types of solar power systems and their uses.
Basic dimensioning
Introduction to dimensioning a solar power system based on needs.
Target audience
Who is this for?
The course is aimed at students on TUC's YH programme for solar power technicians who want to understand how a solar power system is built up and how it works.
What "verified" means here
Verified credential.
When you complete the course, TUC Yrkeshögskola issues your certificate. Your name, the course content and the issue date are encrypted and secured on blockchain, so it cannot be changed, and anyone can check that it is genuine.
100% Verifiable certificates Secured on blockchain
