V. Shevchenko

Papers

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About

V. Shevchenko’s research centers on advancing mobile robotic systems through innovative power solutions, with a particular focus on integrating renewable energy sources for enhanced autonomy and reliability. Their most-cited work, “Features of the complex power unit for mobile robotic” (2019), proposes a hybrid power unit combining wind and solar energy to provide supplementary and emergency power for surface robots, capable of generating at least 10–15% of total energy needs. This contribution addresses critical challenges in robotic endurance and operational resilience, offering a sustainable alternative to conventional power systems. With 3 citations, this paper has sparked interest in energy-autonomous robotics, laying groundwork for further exploration into renewable-powered mobile platforms. Shevchenko’s work underscores a commitment to bridging renewable energy technology with robotics, potentially impacting applications in remote exploration, disaster response, and environmental monitoring. Their research highlights the growing intersection of green energy and autonomous systems, positioning them as a thoughtful contributor to sustainable robotics. For students and researchers, Shevchenko’s approach offers a practical model for integrating eco-friendly power into robotic design, inspiring future innovations in energy-efficient mobility.