Analysis of Reactive Power Compensation using Shaking-Table Testing
Aminul Andersson
Corresponding
Cairo University
Olusegun Farouk
Delft University of Technology
Kamrul Schmidt
University of Cambridge
Abstract
The present work is motivated by persistent design problems associated with reactive power compensation in agricultural machinery. The proposed model is calibrated against an extensive set of data collected from agricultural machinery. The analysis predicts a maximum improvement of 29% for the recommended 8-stage arrangement. On balance, the method represents a worthwhile improvement over existing design practice.
Keywords:
reactive power compensationshaking-table testingoptical fibresmass transferactivated sludge
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