Robust fault estimation for wind turbine energy via hybrid systems.
|Authors||Odofin, Sarah, Bentley, Edward and Aikhuele, Daniel|
The rapid development of modern wind turbine technology has led to increasing demand for improving system reliability and practical concern for robust fault monitoring scheme. This paper presents the investigation of a 5 MW Dynamic Wind Turbine Energy System that was designed to sustain condition monitoring and fault diagnosis with the goal of improving the reliability operations of universal practical control systems. A hybrid stochastic technique is proposed based on an augmented observer combined with eigenstructure assignment for the parameterisation and the genetic algorithm (GA) optimisation to address the attenuation of uncertainty mostly generated by disturbances. Scenarios-based are employed to explore sensor and actuator faults that have direct and indirect impacts on modern wind turbine system, based on monitoring components that are prone to malfunction. The analysis is aimed to determine the effect of concerned simulated faults from uncertainty in respect to environmental disturbances mostly challenged in real-world operations. The efficiency of the proposed approach will improve the reliability performance of wind turbine system states and diagnose uncertain faults simultaneously. The simulation outcomes illustrate the robustness of the dynamic turbine systems with a diagnostic performance to advance the practical solutions for improving reliable systems.
|Keywords||Fault estimation; Wind turbines; Eigenstructure; Genetic algorithms; Optimisation; Augmented perception|
|Digital Object Identifier (DOI)||https://doi.org/10.1016/j.renene.2017.12.031|
|Web address (URL)||http://hdl.handle.net/10545/622102|
|Publication dates||15 Dec 2017|
|Publication process dates|
|Deposited||30 Jan 2018, 16:15|
Archived with thanks to Renewable Energy
|Contributors||University of Derby, Nothumbria University and Bells University of Technology|
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