T. Hogans

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

Papers

Total Citations

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About

T. Hogans is a researcher specializing in industrial power quality and reactive power compensation, with a particular focus on the challenges posed by resistance welders. Hogans’ major contribution lies in identifying and analyzing how high-reactance welding transformers create low-power-factor loads, leading to voltage fluctuations and flicker in industrial distribution systems. Their seminal 2005 paper, “Reactive-Power Compensation for Voltage Control at Resistance Welders,” which has garnered 36 citations, provides a foundational framework for mitigating these disturbances. Hogans’ work is critical for factories operating hundreds of synchronized welders, where cumulative effects can severely degrade power quality. By proposing targeted reactive power compensation strategies, Hogans has helped engineers design more stable and efficient industrial electrical networks. This research is especially notable for its practical impact on manufacturing environments, where even minor voltage flicker can disrupt sensitive equipment and reduce productivity. Hogans’ insights remain a key reference for power systems engineers tackling industrial load management and power factor correction.