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facts technology
    With the development of FACTS technology,SVG is becoming an important device of voltage adjusting of power system and reactive power compensation.
    随着FACTS技术的发展,SVG逐渐成为电力系统电压调整和无功补偿的重要元件。
    FACTS Technology and Its Expected Application on Electric Power Network of Jiangxi
    FACTS技术及其在江西电网的应用展望
    Improvement of the Power System Static Load Margin Using FACTS Technology
    用FACTS技术提高电力系统静态负荷裕度能力
    The New Developments of Power System in China and its Needful FACTS Technology
    我国电力系统及其所需FACTS技术的新发展
    At first the paper mainly introduces the development of FACTS technology, the development at home and abroad of STATCOM, STATCOM development prospect in the distribution network and some relevant concepts of reactive power compensation;
    论文首先主要介绍FACTS技术的发展、STATCOM在国内外的发展、STATCOM在配电网中发展前景及无功补偿的一些相关概念;
    In addition, with the constant development of FACTS technology and the increasing engineering application, the reliability index of FACTS component has already become the main factor of influencing the whole performance of flexible transmission system.
    此外,随着FACTS技术的不断发展和实际工程的日益增多,FACTS元件的可靠性指标也已经成为影响整个柔性输电系统可靠性的主要因素。
    FACTS technology is a new concept originated in 1986. Its definitions and opportunities, background of appearance, limitations and existing problems are stated and analyzed.
    FACTS技术是1986年提出来的新概念.本文主要介绍FACTS技术的含义、定义、产生背景,以及它对未来电力系统的作用和意义,同时也指出了FACTS技术的局限性和存在问题。
    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 ,提出了设备的分类
    FACTS technology provides a new effective scheme for stability of power system.
    FACTS技术为电力系统稳定控制提供了新的有效手段。
    It presents both the rapid development of FACTS technology and the further explicitness of technical specification of FACTS concept as well as its controllers.
    它既反应了FACTS技术的快速发展,也进一步明确了对FACTS概念及其各种控制器技术的规范。
    The principle and basic operation status of UPFC,the most representative FACTS controller,are analysized. A brief enumeration of cooperative development projects of FACTS controller in and out of China is also given. At last, according to the distribution feature of Jiangxi electric power network and its possible “bottle neck”,the necessity and possibility of the application of FACTS technology are discussed.
    对柔性交流输电系统及其控制器的分类、工作原理作了较完整的介绍,对FACTS控制器中最具代表性的统一潮流控制器的原理和基本运行状态进行了分析- 介绍了国内外对FACTS控制器的研制和应用情况- 最后,针对江西电网分布特点和可能形成的“瓶颈”,探讨了FACTS技术在江西电网应用的必要性和可能性-
    Introduces relational situation about applicating flexibility-exchange power transmission system (FACTS) tecthnology in home and foreign. Explains the performance of FACTS technology element. Discuss the great meaning which applicate FACTS technology in our country and its development perspective.
    介绍了国内外应用灵活交流输电系统(FACTS)技术的有关情况,阐述了FACTS技术元器件的性能,论述了我国应用FACTS技术的重大意义及其发展前景。
    The paper has pointed out the problems in the modern power grid and the effective ways of solving these kinds of problems, and described the development of FACTS technology and its present research in our country. The paper has explained that after the interconnection all over the country-wide network, the FACTS technology will be the effective method for solving serial power grid problems.
    指出了现代电网存在的问题以及解决此类问题的有效途径 ,描述了灵活交流输电( FACTS)技术的发展过程及在我国的研究现状 ,进一步说明了采用 FACTS技术将成为我国区域大联网后 ,解决电网一系列有关稳定运行问题的有效手段。
    The essential features of FACTS technology founded now are surveyed ,and a new definition for FACTS is suggested ,which is provided for experts to discuss and modify.
    概括了新显示的FACTS技术的本质特点,并在此基础上提出了新的FACTS技术定义建议,可供专家讨论和修改。
    Adopting TPSC with externally linked series reactor, the short-circuit current limiter with its high reliability, availability, and its successive application to 500 kV substations in South California of USA, helps the FACTS technology break the fault current limitation in high voltage transmission system.
    介绍了采用TPSC加外接的串联电抗器作为短路电流限制器,以其设计的高可靠性,大利用率以及在美国南加州多个500kV变电站的成功投用,实现了FACTS技术在高压输电系统中对故障电流限制的突破。
    This paper introduces the significant development of China power system in recent years, describes the new technologies such as power electronics used to improve its operational functions and achieve high efficiency, especially emphasizes FACTS technology. In order to revise the definition of FACTS given by IEEE PES, a new one is presented for further discussion.
    介绍了近年来我国电力系统发展的新成就及其为提高运行性能和效益而应用的电力电子等新技术, 特别介绍了FACTS技术快速发展中的新内容,并籍此试修正IEEE PES学会现有FACTS定义,以供进一步讨论。
 

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