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Colin E. J. Bowler
Also published under:C. E. J. Bowler
Affiliation
Instrumentation Technology, Inc., Cary, NC, USA
Topic
Power System,Current Field,Digital Filter,Effect Of Defects,Environmental Factors,Excitation System,Fatigue Damage,Finite Element Analysis,Flexible Modes,Inertia,Instrumentation,Load Shedding,Low-order Model,Means Of Control,Mechanical Damping,Mechanical Speed,Modal Frequencies,Mode Shapes,Modulation Frequency,Monitoring Of Cases,Multiple Sensors,Post Processing,Power Grid,Protection System,Response Units,Short-circuit,Solid Model,Stator Voltage,Steady State,Steam Turbine,Subsynchronous Resonance,System Design,Testing Purposes,Thermal Power Plants,Torsion Test,Torsional Mode,Torsional Vibration,Vibrational Modes,Voltage Field,Voltage Regulation,Wind Power,Electric Power,Turbine Generator,Power Conditions,Fundamental Frequency,Resonance Frequency,Damping Values,Dynamic Instability,Dynamic Stability,Frequency Separation,
Biography
Colin E. J. Bowler Graduated in 1966 with a BS in Electrical Engineering from University of Aston in Birmingham UK. He also received an ME degree for Rensselaer Polytechnic Institute awarded in 1970. From 1967 to 1994 he was employed by General Electric as a Generator Engineer, and Power Systems Engineer responsible for turbine-generator reliability concerns from power system interactions. From 1994 to 2002 he worked for ABB US T&D as an R&D Consultant in Power Systems and as principle developer of DSP based Power Electronic controls for Medium Voltage Static-Switches and Reactive Compensation Systems. Mr. Bowler is currently President of Instrumentation Technology Inc. a provider of DSP based SSR Protection Systems, and DFR and PMU monitoring and control systems for wide-area system dynamic performance. Mr. Bowler is a member of IEEE and has authored/coauthored several papers on SSR, Turbine-Generator Torsional Interactions, and System Dynamic Performance.