Arturs Paugurs

Papers

Total Citations

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About

Arturs Paugurs is a researcher focused on the intersection of industrial robotics and energy efficiency, with a particular emphasis on DC power systems and regenerative energy. His work addresses the growing need for sustainable automation by analyzing how industrial robots can be optimized to reduce energy consumption. In his most cited paper (2017, 8 citations), Paugurs investigates a novel DC-powered industrial robot prototype, demonstrating through extensive experiments a significant reduction in total energy consumption compared to traditional AC-powered systems. His follow-up study (2017, 7 citations) provides critical insights into how the mass of a robot tool influences regenerative energy capture, revealing the distribution patterns of recoverable energy during operation. Additionally, Paugurs contributed to the development of high-resolution power measurement and data logging tools for industrial DC-grid applications (2015, 6 citations), addressing the need for precise energy monitoring in smart grid environments. His research is particularly relevant for engineers and researchers working on energy-efficient manufacturing, DC microgrids, and the integration of renewable energy sources in industrial settings. Paugurs’ work lays important groundwork for the next generation of low-energy, high-performance robotic systems.