Renewable Energy Engineering: Solar, Wind, and Biomass Systems

Transitioning to a clean energy future requires a solid grasp of how renewable sources are captured, converted, and managed. This text-based course introduces you to the core engineering principles behind solar, wind, and biomass energy systems, preparing you to analyze and evaluate these critical technologies. You will begin by exploring fundamental thermodynamic and electrical concepts before diving into the specific mechanics of clean energy generation. What you will learn: Understand the physical principles of solar radiation, photovoltaic conversion, and thermal collectors; Analyze wind turbine aerodynamics, power curves, and site selection criteria; Evaluate biomass resources, thermochemical conversion processes, and biofuel production pathways; Learn the basics of energy storage technologies and modern smart grid integration challenges; Perform foundational engineering calculations to estimate system efficiency and power output. This course guides you from basic physical definitions through detailed technical explorations of each energy source, concluding with practical system design considerations. Designed specifically for beginners, this course requires no prior background in engineering or renewable energy systems. Start building your technical foundation in clean energy engineering today.