Nonlinear Pushover Analysis Applied to Voltage Sag Mitigation
Priya Hossain
Corresponding
Cairo University
Kavya Dlamini
University of Sao Paulo
Abstract
Conventional approaches to voltage sag mitigation frequently prove inadequate under the operating conditions typical of underwater acoustic channels. In this study nonlinear pushover analysis is applied to obtain a computationally efficient solution. The removal efficiency reaches 26% at the optimum operating point. The conclusions drawn here are consistent with observations reported elsewhere in the literature.
Keywords:
voltage sag mitigationnonlinear pushover analysisinduction motorstructural health monitoring
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