This report presents a comprehensive analysis of wind turbine power generation, addressing a scenario where the goal is to determine the necessary wind speed to sufficiently power 500 houses based on given parameters. The report begins by calculating the total power consumption of the 500 houses, considering the average electricity consumption of a household. It then delves into the core calculation, determining the required wind speed using the provided wind turbine efficiency, air density, and blade length. Furthermore, the report calculates the safe range of blade tip speeds and their corresponding angular velocities, emphasizing the importance of blade tip speed in optimizing turbine efficiency and minimizing noise. A plot illustrating the relationship between output power and wind speed, ranging from 2 to 10 m/s, is also included. The analysis concludes with a summary of the key findings, highlighting the calculated wind speed and the significance of blade tip speed for efficient and effective power generation. References to relevant sources support the findings.