T. Baldwin

Florida A&M University - Florida State University College of Engineering

Papers

Total Citations

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About

T. Baldwin is a researcher in power systems engineering, with a focus on industrial power quality and reactive power compensation. His work addresses voltage fluctuations and flicker caused by resistance welders, which are common in large-scale manufacturing. Baldwin’s key contribution lies in analyzing how high-reactance welding transformers create low-power-factor loads, and how synchronized welding cycles in factories can exacerbate voltage instability. His most-cited paper, *Reactive-Power Compensation for Voltage Control at Resistance Welders* (2005), has garnered 36 citations and remains a reference for engineers tackling power quality in industrial settings. By proposing reactive power compensation strategies, Baldwin has helped improve voltage control and system reliability in environments with heavy, intermittent loads. While his publication record is focused, his work has practical significance for industrial power distribution, offering solutions that reduce flicker and enhance efficiency. Baldwin’s research continues to inform the design of compensation systems for resistance welding operations, making him a notable contributor to applied power engineering.