首页> 外文会议>2018 International Conference on Computational Techniques, Electronics and Mechanical Systems >Coordinated control for dispatching power flow among TCSC and HVDC System.
【24h】

Coordinated control for dispatching power flow among TCSC and HVDC System.

机译:在TCSC和HVDC系统之间分配潮流的协调控制。

获取原文
获取原文并翻译 | 示例

摘要

The control stream control by using TCSC and HVDC is shown in past part. These two kind of thermistor-controlled contraptions indicated astonishing execution of adjusting the transient agitating impact at the post-fault. Power stream on transmission lines in clogged zones as often as possible as possible frameworks or goes past inspiration driving control with an explicit veritable focus to satisfy the expanded electric power trades and use. Thusly, dependable supply and secure advancement are genuine issues in light of higher perils of accuse lines. HVDC and FACTS devices have abilities to impact control stream and voltages to manage these issues depending on different sorts of contraptions. This is the place the new enhancement of HVDC and FACTS offers a focal open passage [8]. Breaking the transmission line is a common security after issues in charge structure which may cause go over deviation among zones and power swing. Power stream on other transmission lines may accomplish physical or warm cutoff [3]. TCSC and HVDC can deal with this issue by consummate power stream controlling. Made action is relied on to pick the new set-motivations driving two power stream controllers at post-fault. This district will show an organized control using TCSC and LCC-HVDC interface which are embedded inside two zones to keep the total power trade enduring. It will in general be refined by a supervisory controller in light of Dispatcher Power Flow (DPF) [4]. This eccentric state controller is made in this part to dispatch the power stream that can keep up the total power stream as pre-fault.
机译:上部分显示了使用TCSC和HVDC进行控制流控制。这两种热敏电阻控制的装置表明了在故障后调整瞬态搅动冲击的惊人执行。尽可能多地在堵塞区域内的传输线上进行动力流传输,或者通过具有明确真实关注点的吸气驱动控制来满足不断扩展的电力交易和使用。因此,鉴于指控线危险更大,可靠的供应和安全的前进是真正的问题。 HVDC和FACTS设备具有根据不同类型的设备影响控制流和电压来管理这些问题的能力。这是高压直流输电和FACTS的新增强功能提供了开放的焦点通道的地方[8]。在充电结构出现问题之后,中断传输线是常见的安全措施,这可能会导致区域之间的偏差和功率摆幅。其他传输线上的电力流可能会实现物理或热切断[3]。 TCSC和HVDC可以通过完善的电源控制来解决此问题。故障发生后,必须采取行动来选择新的动力来驱动两个功率流控制器。该地区将展示使用TCSC和LCC-HVDC接口的有组织控制,这些接口嵌入两个区域内,以保持总的电力交易量持久。通常,将由监督控制器根据调度程序功率流(DPF)对其进行完善[4]。在这一部分中,使用了这种偏心状态控制器来调度可保持总功率流为故障前的功率流。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号