The feasibility of a wind farm project is influenced by a combination of techno-economic and environmental factors that collectively determine whether the investment is viable, efficient, and sustainable. From a technical perspective, one of the most critical factors is the wind resource assessment. Accurate data on wind speed, direction, and consistency at the proposed site are essential, as the energy output of a wind turbine is highly sensitive to wind conditions. Areas with average wind speeds above 6–7 meters per second at hub height are generally considered suitable. Detailed measurements using anemometers over at least one year are necessary to capture seasonal variations and extreme weather events. The terrain and topography also play a significant role, as hilly or coastal regions may enhance wind flow due to channeling effects, whereas dense forests or urban areas may cause turbulence that reduces efficiency and increases mechanical wear. Another key technical consideration is the selection and design of wind turbines. Factors such as rotor diameter, hub height, generator capacity, and turbine efficiency must be optimized to match the local wind profile. Modern turbines with variable pitch blades and sophisticated control systems can operate efficiently over a wider range of wind speeds, improving energy yield and