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Study on coordinated control strategy of wind farm’s frequency regulation based on multi-layer hierarchical structure

机译:基于多层层次结构的风电场调频协调控制策略研究

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As the penetration rate of new energy sources such as wind power in the power grid continues to increase, the power grid generally puts forward requirements for its participating in the primary frequency regulation of power grid. At present, the commonly adopted strategy for wind farms to participate in frequency regulation is that each wind farm should participate in primary frequency regulation of power grid, and frequent adjustment will bring a certain degree of life loss to wind power equipment. On account of this reason, this paper presents a coordinated control strategy for the frequency regulation of wind farms based on a multi-layer hierarchical structure. When the grid frequency fluctuates, the active power of some wind farms with superior performance can be adjusted according to specific circumstances to complete frequency regulation target. The simulation results verify the effectiveness of the strategy and achieve a good frequency regulation effect.
机译:随着诸如风能之类的新能源在电网中的渗透率不断提高,电网普遍对参与电网的一次频率调节提出了要求。目前,风电场参与频率调节的普遍策略是每个风电场都应参与电网的一次频率调节,频繁的调整会给风力发电设备带来一定程度的生命损失。基于这个原因,本文提出了一种基于多层层次结构的风电场调频协调控制策略。当电网频率波动时,可以根据具体情况调整一些性能优越的风电场的有功功率,以完成频率调节目标。仿真结果验证了该策略的有效性,并取得了良好的调频效果。

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