Solar resource assessment and forecasting

• Explain the basic principles of solar radiation including components
• Calculate sun position and apply empirical radiation models
• Conduct irradiance measurements using pyranometers
• Identify and critically apply irradiance data from different sources
• Perform quality control of irradiance data
• Determine the long-term average solar resource for a given location
• Create forecasts of the available solar resource for a solar energy project
• Identify and describe factors contributing to the uncertainty of solar resource measurements and forecasts

Students learn the fundamental principles of solar radiation, including its components, geometry, variability, and spectral effects. They gain hands-on experience in measuring and quality controlling solar irradiance as well as using reanalysis and satellite-derived datasets. The course also equips students with skills to model and forecast solar irradiance, enabling applications in photovoltaic and solar heating system performance assessment, energy trading, grid integration, and utilization of solar energy in buildings.

• 36 – 49 (Tues 13-17)

Experience with programming (02002) and basic knowledge of thermodynamics (47201) and electrical systems (34600 or 46030).

Lectures, experimental exercises, videos.