Grzegorz Putynkowski

Łukasiewicz Research Network – PORT Polish Center for Technology Development

Papers

Total Citations

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About

Grzegorz Putynkowski is a researcher focused on the critical intersection of industrial robotics and electrical power quality. His work addresses the often-overlooked vulnerabilities of automated systems, particularly how power disturbances like voltage sags impact the reliability and lifespan of industrial robots in welding and laboratory processes. His most cited paper, "The problem of power supply for station with industrial robot in an automated welding process" (2017, 5 citations), lays the groundwork for understanding these challenges. Expanding on this, his 2021 study on voltage sags and single-phase industrial robots (4 citations) provides crucial insights into operational continuity, a growing concern as automation increases. A particularly notable contribution is his 2022 paper (3 citations) that identifies "destructive states" within the so-called "no-damage region" of the ITIC/SEMI F47 curve. This finding challenges existing industry standards, suggesting that even within accepted voltage tolerance limits, equipment can suffer cumulative damage. Putynkowski’s research is vital for engineers designing robust robotic systems and for advancing power quality standards, ensuring that the push for automation does not come at the cost of system longevity and reliability.