This course delves into the complexities of employing solar photovoltaic (PV) technology in hot desert climates, where environmental factors such as extreme heat and dust can impair the functionality and reliability of PV modules. The course aims to equip students with the expertise needed to identify and overcome these challenges through a thorough understanding of solar radiation and its components, insights into the solar spectrum, and advanced site selection techniques based on forecasting and nowcasting. Additionally, it emphasizes the economic ramifications, including the cost analysis and benefits derived from PV applications.

• Components of solar radiation and understanding of the solar spectrum.
• Techniques to analyze site-specific data for assessing atmospheric aerosols' impact on surface irradiation.
• Strategies for identifying optimal, effective, and efficient PV installation sites.
Utilization of regional resources for accurate nowcasting and short-term weather forecasting.
• Methods for calculating and estimating the economic viability and impact of installing PV in harsh desert environments.

Prospective learners should have a solid foundation in university-level mathematics and physics to successfully engage with the course material.

• Solar Radiation and the Solar Spectrum
• Site-specific Atmospheric Analysis
• Site Selection for PV Systems
• Nowcasting and Forecasting Techniques
• Cost and Economic Impact Analysis of PV Applications

This course is designed for professionals and academics in the field of energy, particularly those involved with solar energy and environmental science. Likewise, individuals interested in specializing in renewable energy solutions in arid regions will find this course valuable.