摘要
文章首先进行分布式电源的发展现状梳理,从实际工程布设的角度进行智能配电网引入,从电压控制的角度出发进行模型构建,通过电压的变化曲线、系统消耗功率等指标进行仿真实验控制、协调效果的分析。实验结果表明:引入智能配电网能有效地实现分布式电源的接入,并很好地进行协调控制,能有效地进行分布式电源的系统接入与协调控制。
This paper begins with a review of the current development status of distributed power sources.It introduces intelligent distribution networks from an engineering deployment perspective and constructs models focusing on voltage control.Through simulation experiments that analyze indicators such as voltage change curves and system power consumption,this study evaluates the effectiveness of control and coordination effects.The experimental results indicate that integrating intelligent distribution networks can effectively facilitate the integration of distributed power sources and achieve efficient coordinated control,thereby enhancing the overall system access and coordination capabilities for distributed power sources.
作者
张伟忠
Zhang Weizhong(Guanxian Power Supply Company,State Grid Shandong Province Electric Power Company,Liaocheng 252000,China)
出处
《办公自动化》
2025年第8期87-89,共3页
Office Informatization
关键词
智能配电网
系统消耗功率
分布式电源
intelligent distribution network
system power consumption
distributed power source
