Abstract:
The research presents a dynamic analysis of a renewable energy water pumping system. Details of all system components are provided. The system includes a wind turbine, PMSG, water pump, and battery. The storage technology improves power distribution under weak wind generation, improving system reliability.
Since the PMSG is the system’s power unit, a new predictive control approach improves its performance. A rigorous comparison between the created controller and three classic controllers is done to determine the most effective control strategy.
Power management is used to control power flow and supply the pumping system with enough power. Detailed findings are provided and evaluated to compare the dynamics of the four predictive controllers utilized to govern generator operation.
The defined control method scored highest in decreased fluctuations, low calculation capacity, structure simplicity, and low current THD. The results also indicate the power management strategy’s ability to balance power flow and stabilize DC bus voltage.
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