片语

grounded d system接地系统

reactor grounded neutral system电抗接地中性系统

Neutral Grounded Power System中性点直接接地系统

large grounded current system大接地电流系统

earthing system接地系统，接地网络

small grounded current system小电流系统

grounded neutral system中线接地制

Resistance grounded neutral system中性点接地方式

solidly grounded neutral system中性点永久接地制

resistnace grounded neutral system电阻中点接地制

英汉例句

• research on fault line detection for single-phase to ground faults in the neutral indirectly grounded system based on transient feature;

  基于对小电流系统单相接地故障特征的分析，采用模糊集理论计算各线路对故障的可信度。

• fault line detection for single-phase-to-earth faults in the neutral indirectly grounded system based on prony method;

  提出了一种基于协同学理论的小电流接地系统单相接地故障选线方法。

• a simulation model of non-solidly grounded system with arc procedure is presented in the paper.

  提出了一种基于协同学理论的小电流接地系统单相接地故障选线方法。

• the analysis on the grounded system and equal potential ground connection provide theoretical foundations for optimal selection of safety measures for low voltage distribution system.

  通过对接地制式及等电位接地方法的探讨，为择优确定民用建筑低压配电系统安全措施提供了理论依据。

• an effectively grounded system is one in which the coefficient of grounding does not exceed 0.80.

  由此考虑，变电站通常的做法是采用由水平埋设导体构成的电气接地系统。

• and the case of information fusion based earth faulty feeder detection for indirect grounded system is developed, which has high sensitive and reliability to detect high impedance ground faults.

  并以小电流接地系统故障选线为例，提出研究了模糊信息融合故障选线方法技术，提高了故障选线的灵敏度和可靠性。

• two grounded systems were analyzed and the correct way to select grounded system was presented.

  分析了两种接地系统及怎样正确选择接地系统。

• fault location in a neutral ineffectively grounded system when a single-phase-to-earth fault happened is a problem unsolved in the world.

  中性点非有效接地系统中的线路单相接地故障定位是一个至今在国内外还没有很好解决的难题。

• a new method of switching on parallel medium resistance to select the fault line instantaneously when the single-phase earth fault occurs in the arc suppression coil grounded system is proposed.

  介绍了中性点不接地系统和经消弧线圈接地系统中普遍采用的接地选线方式原理及优缺点，提出了经消弧线圈接地系统在单相接地故障时瞬时投入并联中电阻选线的新方法。