片语

uhv grids特高压电网

UHV bushings特高压套管

UHV system超高真空系统

uhv ac特高压交流

UHV project特高压工程

UHV switchgears特高压交流系统开关

AC UHV交流特高压

uhv stm超高真空扫描隧道显微镜

UHV arrester特高压避雷器

英汉例句

• This paper presents a novel accurate fault location algorithm for UHV transmission line.

  提出了一种新颖的超高压输电线路故障双端测距精确算法。

• This paper is of value for the design and manufacture of the lead insulation mouldings in UHV power transformers.

  本文对超高压电力变压器引线成型绝缘件的设计和生产具有实际指导意义。

• Single differential criterion can「t satisfy the special requirements of long UHV transmission line for the sensitivity, speed and reliability of protection.

  单一的差动保护判据无法兼顾超高压长线保护对灵敏性、速动性和可靠性的要求。

• The type selection of high voltage bushing in UHV transformer below air-cooling island and its operation and maintenance are discussed.

  对运行在空冷岛下方的超高压变压器高压套管的选型及运行维护等进行了探讨。

• According to the fault types of UHV line shunt reactor, the protective principles scheme is analyzed detailedly.

  同时，根据并联电抗器的故障特征和类型，对超高压并联电抗器的保护原理配置进行了分析说明。

• The protection device for UHV line shunt reactor has been verified by static simulation experiment and dynamic simulation experiment.

  超高压并联电抗器保护装置已通过全面的静态测试和动模试验的验证。

• Corona experiment of apparatus in the UHV AC power system.

  特高压交流输变电工程设备的电晕试验。

• The size and cover depth of corona rings of UHV suspension porcelain insulator stings were calculated by electric-network method.

  利用电网络法对特高压悬式瓷绝缘子串均压环的尺寸及罩入深度进行了优化计算。

• Corona effect is one of the key issues of designing UHV transmission lines, in which the influence of temperature and humidity on DC conductor corona should be considered.

  电晕效应是特高压输电线路设计中所考虑的关键题目之一，温度、湿度对直流导线电晕影响规律是特高压直流输电线路设计的依据。

• Therefore the research on new principle of protection and adaptive auto-reclosing technique for UHV transmission line is of great practical significance.

  因此研究特高压输电线路的继电保护新原理及自适应重合闸技术具有重要的现实意义。

• The protection device has compact structure, high reliability, friendly man machine interface, powerful communicating function and can be used in all kinds of UHV transmission line protection system.

  该方案结构紧凑，可靠性高，人机界面友好，通讯功能强大，适用于各种超高压输电线路保护。

• This paper first analyzes the existing application of UHV line shunt reactor in power systems as well as the present situation and future development of microprocessor-based reactor protection.

  论文首先对超高压线路并联电抗器在电力系统中的应用情况以及微机电抗器保护的发展和研究现状进行了深入的分析。

• The study on electromagnetic environment of UHV AC power transmission is of significance for the construction of UHV AC transmission lines in China.

  研究特高压交流输电电磁环境问题对我国特高压工程建设具有重要意义。

• For UHV autotransformer, its voltage regulating method is special because of its voltage is so high.

  对于特高压中采用的自耦变压器来说，其调压方式有自身特殊的地方。

• To ensure the voltage quality and the economic operation a design method for planning reactive power compensation in UHV network with optimum reactive power flow is presented in this paper.

  本文提出了用最优无功潮流法规划超高压电网感性无功功率补偿设计的方法，这是保证电网电压质量和经济运行的前提。

• It」s dimension is large, and requirements of accuracy, tolerance and roughness are very strict. It is different from conventional large UHV chamber.

  该机加真空室的尺寸大，尺寸精度、形位公差及粗糙度要求极高，不同于常规的大型超高真空室。

• With the combination of voltage testing and UV-light detecting system, the non-contact UHV electroscope III was successfully developed.

  将本课题研究的紫外光检测法应用到特高压验电器的研发中，成功研发出第三代基于紫外脉沖检测法的非接触式特高压验电器。

• Based on security and stability evaluation of UHV power grid, the possibility and purpose of the measures are discussed to increase the system security level.

  在总体评估特高压同步电网安全稳定性的基础上，探讨进一步利用新技术提高系统安全稳定水平的可能性及效果。

• UHV GIS equipment need to be done the lightning impulse test when leaves the factory, which can check the problems in the process of manufacturing, assembling, etc.

  论述了特高压GIS设备在出厂检验时需要作雷电沖击试验，能有效检查制造、装配工艺等环节出现的问题。

• According to SGCC s general plan of backbone UHV grid, UHV grid will be constructed in Fujian around 2015, which has great and far-reaching significance to Fujian grid.

  根据国家电网特高压骨干网架总体规划，2015年前后特高压电网将进入福建，必将对福建电网产生重大而深远的影响。

• As an auxiliary criterion, combined with transient-based protection, it will enhance the reliability of the UHV transmission lines' protection effectively.

  作为辅助判据，与线路的暂态保护结合，将有效提高特高压输电线路保护的可靠性。

• UHV project archive, which is an important content of the project quality control, possesses important position and functions in project construction.

  特高压工程档案是工程质量管理的重要内容，在工程建设中具有重要的地位和作用。