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Coordinated Control for Multi-WTGs Wind-Diesel Hybrid Power System Based on Disturbance Observer

机译:基于干扰观测器的多WTG风电混合动力系统协调控制

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Wind diesel hybrid system is an important new energy supply mode, but the output power of wind turbine generator (WTG) is fluctuated depending on weather conditions. Especially, the wind-diesel hybrid system with multiple WTGs for remote areas and islands operation, it will inevitably lead to the fluctuated output power to produce the large frequency deviation. So it's crucial to coordinate the WTGs for providing high quality of electricity. Based on the designed disturbance observer, the coordination control strategy for the multi-WTGs wind-diesel hybrid system is proposed. The load variation is allocated to the WTGs output power reference by using the observer. Here, the constructed controller is compared with the traditional method for every WTG system with only PE) control. The simulation results show that of frequency deviations are reduced and output power of every WTGs are controlled effectively.
机译:风力柴油混合动力系统是重要的新能源供应模式,但是风力发电机的输出功率会根据天气情况而波动。特别是在偏远地区和孤岛运行中具有多个WTG的风-柴油混合动力系统,不可避免地会导致输出功率的波动,从而产生较大的频率偏差。因此,协调WTG以提供高质量的电力至关重要。基于设计的扰动观测器,提出了多WTG风柴油混合动力系统的协调控制策略。使用观察器将负载变化分配给WTG的输出功率参考。在这里,对于每个仅具有PE)控制的WTG系统,将构造的控制器与传统方法进行比较。仿真结果表明,减小了频率偏差,有效控制了各个WTG的输出功率。

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