Site analysis and selection are critical factors for the successful deployment of wind power generation systems. Choosing an appropriate location ensures optimal performance, cost-effectiveness, and minimal environmental impact. The process involves several key criteria, such as wind resource assessment, geographical conditions, environmental impact, and proximity to infrastructure. One of the primary criteria for site selection is the wind resource assessment. Wind speed and consistency are vital factors for determining the feasibility of a wind farm. The wind speed should be sustained at a certain level, typically around 5-7 meters per second, for an economically viable operation. Wind direction is also crucial, as the site should have minimal turbulence and irregular wind patterns. For this reason, extensive wind data collection and analysis are conducted over an extended period—usually one year or more—to determine seasonal and daily variations in wind speed and direction. Tools like anemometers, LiDAR, and SODAR are often used to measure wind speed and direction at various heights. Geographical conditions, such as terrain and elevation, also influence site selection. Wind farms are often situated in coastal regions, hilltops, or open plains where wind is less obstructed by buildings or trees. The topography should allow for easy installation of turbines, with minimal need for major land alterations or road construction. The accessibility of the site for maintenance and repair is also an important factor to consider. Environmental impact is another key consideration when selecting a site. Developers must evaluate the potential effects of wind power projects on local wildlife, particularly birds and