Wind energy is on a remarkable upward trajectory globally, yet the potential for harnessing this resource in India remains largely untapped. A recent study published in the journal ‘Results in Engineering’ sheds light on this crucial area, providing a comprehensive analysis of wind power generation potential and the economic viability of wind turbine installations across various locations in India.
Led by Amit Kumar Yadav from the School of Computer Science and Artificial Intelligence at SR University, Warangal, the research evaluates wind power potential at hub heights ranging from 10 to 150 meters across 21 strategically selected sites in Gujarat, Tamil Nadu, and Sikkim. This study marks a significant advancement in understanding India’s wind energy landscape, which is essential for both energy security and economic growth.
The findings are promising. At a hub height of 150 meters, wind power density in Gujarat varies from 123.17 to 308.86 W/m², while Tamil Nadu shows an even broader range of 80.64 to 427.12 W/m². Notably, the site at Kaluneerkulam in Tamil Nadu stands out, demonstrating excellent wind potential with energy costs plummeting from $0.0165 to $0.0076 per kWh as the hub height increases. “Our analysis shows that as we elevate the turbines, we not only capture stronger winds but also significantly reduce energy costs,” Yadav stated, emphasizing the economic benefits of optimizing turbine height.
The implications of this research extend beyond mere numbers. With moderate to steady wind speeds across all studied locations, these findings suggest that India can harness its wind resources more effectively, potentially leading to a more sustainable energy portfolio. The economic analysis of nine different wind turbine types indicates that Tamil Nadu not only offers the lowest energy cost variation but also positions itself as a frontrunner in wind energy generation. Gujarat and Sikkim follow closely, highlighting a competitive landscape for wind energy investments.
This research could be a game-changer for the energy sector in India, encouraging policymakers and investors to prioritize wind energy projects. As Yadav points out, “Understanding the economic feasibility of wind installations is crucial for attracting investments and driving the transition to renewable energy.” The study serves as a vital resource for stakeholders looking to tap into India’s wind potential, which could lead to job creation, energy independence, and reduced carbon emissions.
For more insights into this groundbreaking research, you can visit lead_author_affiliation. The findings not only contribute to academic discourse but also pave the way for practical applications that could reshape India’s energy future.
