龙雪梅, 许立强, 徐彪, 欧阳帆, 李辉. 标准化安全稳定控制系统的策略及分配研究[J]. 湖南电力, 2022, 42(6): 104-109.
引用本文: 龙雪梅, 许立强, 徐彪, 欧阳帆, 李辉. 标准化安全稳定控制系统的策略及分配研究[J]. 湖南电力, 2022, 42(6): 104-109.
LONG Xue-mei, XU Li-qiang, XU Biao, OUYANG Fan, LI Hui. Research on Strategy and Allocation of Standardized Security and Stability Control System[J]. Hunan Electric Power, 2022, 42(6): 104-109.
Citation: LONG Xue-mei, XU Li-qiang, XU Biao, OUYANG Fan, LI Hui. Research on Strategy and Allocation of Standardized Security and Stability Control System[J]. Hunan Electric Power, 2022, 42(6): 104-109.

标准化安全稳定控制系统的策略及分配研究

Research on Strategy and Allocation of Standardized Security and Stability Control System

  • 摘要: 现有的安全稳定控制系统都为定制设计,现场运维和系统管理困难,因此需要对安全稳定控制系统进行标准化设计,并开展标准化安全稳控装置的策略和分配研究。首先,探讨稳控系统的典型结构以及标准化稳控主站、资源汇集子站、信息采集子站、新能源执行站、切机执行站的基本功能。其次,研究标准化稳控系统对于过负荷策略、故障导致过载策略和元件(断面)故障策略的定值配置和需切量计算方法。进而,分析标准化稳控主站、资源汇集子站和执行站的需切量分配方式和切机命令发送方法。最后,对标准化稳控系统的站间信息交互进行规范。

     

    Abstract: The existing safety and stability control systems are custom designed, which makes it difficult for on-site operation and maintenance and system management. Therefore, it is necessary to carry out standardized design for the safety and stability control system, and study the strategy and distribution of standardized safety and stability control devices. Firstly, the typical structure of the stability control system and the basic functions of the standardized stability control master station, resource collection sub station, information acquisition sub station, new energy execution station and machine cutting execution station are discussed. Secondly, the fixed value configuration and the calculation method of the required cut-off of the standardized stability control system for overload strategy, overload strategy caused by fault and component(section) fault strategy are studied. Then, the distribution mode of the required cut-off quantity and the sending method of the cut-off command of the standardized stability control master station, the resource collection sub station and the execution station are analyzed. Finally, the information exchange between stations of the standardized stability control system is standardized.

     

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