This project analyzes a custom-constructed small-scale wind augmentation device with a wind-guide attachment to enhance wind power generation. The study investigates the effectiveness of a shroud and cone configuration in improving wind turbine output. The research design involves 3D printing the shroud with a cone, utilizing a miniature blower to simulate wind, and measuring inlet and outlet velocities using an anemometer. Theoretical power values are calculated, and statistical analysis using IBM SPSS Statistics, including t-tests, is performed to compare power input and output. The project aims to determine if the cone's inclusion significantly impacts power efficiency and explores the optimal design for wind augmentation devices. The study emphasizes the importance of renewable energy sources and the potential of wind energy to combat global warming. The research considers assumptions, limitations, and the scope of the experimental setup, focusing on the impact of the cone's position within the wind tunnel on power output.