Mrunal Patel

Institute of Infrastructure Technology Research and Management

Papers

Total Citations

H-Index

About

Mrunal Patel is a researcher focused on renewable energy systems and mechatronic design, with a particular emphasis on improving the operational efficiency of wind turbines. His most cited work, "Micro-controller driven wind turbine blade cleaning peripheries" (2017, 3 citations), addresses a critical yet often overlooked challenge in wind energy: the accumulation of dust on turbine blades, which increases surface roughness and reduces power generation efficiency. Patel’s key contribution lies in developing an automated robotic cleaning system, driven by a micro-controller, that can effectively remove debris from blades without manual intervention. This innovation not only enhances energy output but also reduces maintenance costs and downtime, making wind power more reliable and cost-effective. Though his citation count is modest, Patel’s work is notable for its practical, problem-solving approach—bridging robotics, control systems, and sustainable energy. His research underscores the importance of peripheral technologies in maximizing the performance of renewable energy infrastructure, offering a scalable solution for the wind industry. For students and researchers, Patel’s work exemplifies how targeted engineering interventions can have meaningful real-world impact.