基于人工智能的配电网电压质量最优控制算法设计

Design of Optimal Control Algorithm for Voltage Quality of Distribution Network Based on Artificial Intelligence

文章针对传统控制算法在对配电网电压控制时,存在总有功损耗和总无功损耗过高,导致配电网电压质量低的问题,开展基于人工智能的配电网电压质量最优控制算法设计研究。通过确定动态电压恢复装置补偿电压注入方式、基于人工智能建立电压质量最优控制模型,提出一种全新的控制算法。通过对比实验证明,设计算法在实际应用中能够有效降低总有功损耗和总无功损耗,提高配电网电压质量,实现配电网的稳定运行。

In this article,Aiming at the problem that the total active power loss and total reactive power loss are too high when the traditional control algorithm is used to control the voltage of the distribution network,which leads to the low voltage quality of the distribution network,the design of the optimal control algorithm for the voltage quality of the distribution network based on artifi cial intelligence is carried out.By determining the compensation voltage injection mode of dynamic voltage recovery device and establishing the optimal control model of voltage quality based on artifi cial intelligence,a new control algorithm is proposed.Through comparative experiments,it is proved that the design algorithm can effectively reduce the total active power loss and total reactive power loss,improve the voltage quality of distribution network,and realize the stable operation of distribution network.