2) FACTS devices
FACTS元件
1.
A new optimal power flow computation model of network with FACTS devices are established .
基于遗传算法建立了一种新的含有FACTS元件的网络最优潮流模型。
2.
According to the effects of the equipped FACTS devices on the performances of the traditional relay protections and reclosers,the paper analyzes the cooperation behaves between the FACTS controllers and the traditional line protections or the automatic recloser on EHV transmission lines with FACTS equipments.
针对FACTS元件的装设对传统继电保护和重合闸性能的影响,分析了含FACTS元件的超高压输电线路中的FACTS控制器与传统线路保护及自动重合闸之间存在的配合问题,结合Agent技术的自治性、协同性、智能性和适应性的优点,提出了一种基于多智能体系统(MAS)的自适应协调配合方案。
3) FACTS technology
FACTS技术
1.
D-FACTS technology can suppress effectively voltage fluctuation, voltage flick, voltage temporary drop and interruption, reduce harmonics and distortion, eliminate unbalance of three phase voltage, so as to improve wave form and magnitude of voltage and power factor.
作为改善电能质量的有力工具—D FACTS技术已成为用来有效地抑制电压波动与闪变、电压暂降与电压中断、减小谐波和畸变、消除三相不平衡,使电压的幅值和波形符合要求、提高功率因数等。
2.
The relatively Comprehensive summing-up for equipment and operation of power system voltage control is carried out,the merits and demerits and applicable extent are indicated,in combination with new type FACTS equipment in development of flexible alternative current transmission system technology(FACTS technology),the equipment classification is advanced.
对当前电力系统电压控制的设备及运行进行了比较全面的总结 ,指出了各种控制设备的优缺点及适用范围 ,并结合灵活交流输电技术 (FACTS技术 )的发展而出现的新型FACTS设备 ,提出了设备的分
4) FACTS controller
FACTS控制器
1.
The classifications and functions about FACTS controllers, including the application in power system, are completely introduced.
首先对FACTS控制器的分类及功能作了较完整的介绍,然后由讨论FACTS模型的类型入手,对目前国内外各种输电型FACTS控制器建模仿真问题的最新研究成果进行了综述,指出实现对电力系统的多目标协调控制,是今后FACTS控制器仿真研究的主要目标
2.
A new approach using FACTS controllers to eliminate negative sequence currents and restrain zero sequence currents is proposed for the first time, which realizes ultra high voltage power transmission lines operating on long time-non full phase mode, which is one of effective means to guarantee constant power supply and satisfy requirements of system stability, which will .
本课题针对实现超高压输电线非全相运行中存在的主要问题，首次提出利用FACTS控制器来滤除负序电流和抑抑制零序电流，为实现超高压输电线长时间非全相运行奠定基础，这是保证超高压系统持续供电，增进系统稳定性要求的有效措施之一，它将使现有的电力资源和输配电系统得到充分高效的利用，同时配合已成熟的故障测距、带电检修技术的应用，则可为电力系统减灾、防灾提供新的途径，有重要的学术价值和实际应用意义。
5) distributed FACTS (D-FACTS)
分布式FACTS
6) FACTS technique
FACTS技术
1.
Application of FACTS technique in the metallurgic distribution system was summarized.
总结了FACTS技术在冶金配电系统中的应用,讨论了冶金配电系统中FASTS设备的现状及发展方向。
补充资料：封口装置——滚纹装置
封口装置——滚纹装置     | ||
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说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条