Course Description

Wind energy originates from uneven solar heating of the Earth’s surface. Because land and water absorb heat differently, temperature gradients develop. These temperature differences create pressure variations in the atmosphere, and air naturally moves from high-pressure to low-pressure regions - this movement is what we call wind. Wind represents kinetic energy in motion. Wind turbines capture a portion of this kinetic energy and convert it into mechanical rotation, which is then converted into electrical energy. Unlike fossil fuel-based systems, wind energy requires no combustion, produces no direct emissions, and consumes no fuel during operation. It is renewable, abundant, and scalable from small distributed systems to multi-megawatt wind farms.

What you'll learn in this course?

• Explain the basic principles of wind energy conversion

• Identify major components of a wind turbine

• Describe the aerodynamic principle behind rotor blades

• Explain the energy conversion process from wind to electricity

• Differentiate between onshore and offshore wind systems

• Understand efficiency factors and limitations

• Recognize safety and maintenance considerations

Prerequisites

• Basic understanding of energy and electricity concepts

• Familiarity with renewable-energy terminology is helpful