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Framework of a Simplified Large-Scale Source-Grid-Load Friendly Interaction System

机译:简化大规模源网载荷友好交互系统的框架

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The framework of a simplified large-scale source-grid-load (SGL) friendly interaction system is proposed in this paper. In this simplified system, the control subordinate station (CSS) is merged into the control main station (CMS), eliminating the need to install a large number of CSS. The proposed method can not only save the cost, but also, more importantly, simplifies the control process and reduces the time required to cut off the interruptible load in the event of fault. Meanwhile, the corresponding load selection and shedding methods and processes must be also adjusted. A load shedding process for a precision load shedding system is introduced: on the basis of the classification of the load, different levels of load have been prescribed with different priorities, and the CMS formulates the corresponding load-shedding command according to the planned rules, and sends it to each load control terminal (LCT). The LCT immediately cuts off the corresponding load after receiving the command, in the shortest complete the load shedding task in time and minimizes the impact.
机译:本文提出了一种简化的大型源极电流(SGL)友好交互系统的框架。在这种简化的系统中,控制从属站(CSS)被合并到控制主站(CMS)中,从而消除了安装大量CSS的需要。所提出的方法不仅可以节省成本,而且更重要的是,简化控制过程,并减少了在发生故障时切断可中断负载所需的时间。同时,还必须调整相应的负载选择和脱落方法和过程。介绍了一种精密负载脱落系统的负载脱落过程:在负载分类的基础上,已经规定了不同的优先级的不同级别,并且CMS根据计划规则制定相应的负载脱落命令,并将其发送到每个负载控制终端(LCT)。 LCT在接收到命令后立即切断相应的负载,在最短的完成负载脱落任务中,并最大限度地减少影响。

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