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Model-based adaptive control of a hydraulic wind power system

In this paper a multiple model adaptive control (MMAC) strategy is used to mitigate the undesired effect of output power fluctuations in hydraulic wind power systems. This control structure is based on linear Kalman filters, probability block and PID controllers and aims to regulate the speed of generation unit. Nonlinearities and disturbances such as wind speed and valve position make the system work over a wide range of operating point which degrades the performance of the control loop. MMAC as an approach for these types of systems implemented and simulated to consider the control performance over the whole operating regimes.