Solar and Eolic Renewable Energy

THSP728: Solar and Eolic Renewable Energy. The course provides a comprehensive overview of both Solar and Eolic (wind) renewable energy systems. This dual-focus curriculum is designed to offer students insight into the fundamental principles and practical applications of renewable energy technologies.  Students will examine the electronic systems that are integral to the operation and control of both solar and wind energy installations. The course covers the basics of electricity as it relates to renewable energy, ensuring a solid understanding of electrical principles that underpin energy conversion and distribution. A key area of study is the conversion of energy from solar and wind sources into usable electrical power. The curriculum explores the mechanisms by which energy is harnessed, transformed, and made available for use in various applications.  It addresses the systems used to utilize the generated electricity. Students learn about the integration of renewable energy into existing grids and standalone applications, with an emphasis on optimizing energy use and efficiency.  The course also investigates methods for accumulating electricity, such as energy storage solutions that are essential for balancing supply and demand in renewable energy systems.  Finally, students gain practical knowledge of the components involved in both photovoltaic (solar) and Eolic (wind) installations. This includes an overview of the hardware, infrastructure, and operational considerations necessary for successful deployment and maintenance of renewable energy systems.