Power Generation from Traffic Wind Turbine System

Abstract

The growing demand for sustainable and renewable energy sources has led to innovative approaches in harnessing energy from unconventional sources. One such approach involves integrating small-scale wind turbines into traffic infrastructure to capture the kinetic energy generated by passing vehicles. This study explores the feasibility and efficiency of a Traffic Wind Turbine System (TWTS) for power generation. The TWTS consists of specially designed vertical-axis wind turbines strategically positioned alongside roadways, where the turbulent air generated by the movement of vehicles serves as a consistent and readily available energy source. The turbines are equipped with aerodynamic features optimized for low wind speeds and varying wind directions typical of roadside environments. Key aspects of the research include the design and engineering considerations for the TWTS, taking into account factors such as turbine efficiency, safety, and aesthetic integration with the urban landscape. Computational simulations and real-world field tests are conducted to assess the performance and energy output of the system under different traffic conditions and wind speeds.