动态消弧线圈补偿系统灵活高效。
The dynamic arc suppression coil compensation system is agile and effective.
提出了一种新结构的偏磁式消弧线圈及其控制方法。
A new structure of arc - suppression coil with magnetic bias and its control method is presented.
通过测试系统电容电流，可以指导消弧线圈的正确投切。
System capacitive current testing can guide arc-extinguish coil correct switching.
若这样的系统以中性点绝缘运行的话，应采用消弧线圈。
If such systems are to be operated with isolated neutrals, ARC suppression coils should be used.
在有消弧线圈的配电网中，快速选线技术是一项关键技术。
In the distribution network with an arc suppressing coil, quick line selection technology is very important.
分析自动跟踪补偿消弧线圈接地电网的零序测量电流分布规律。
The zero-sequence measurement current's distribution in the automatic arc-suppressing coil earthed power system is analyzed.
作者认为，消弧线圈谐振接地方式有着较高的接地保护灵敏度。
The author considers that the way of resonance ground of arc extinguish coils is of a higher sensitivity for ground protection.
建议选择高阻接地方式及自动调谐消弧线圈并联电阻接地方式。
It is suggested that high resistance grounded method and automation arc blow-out coil parallel resistance grounded method should be used for power distribution system.
介绍了一种新型的并阻尼电阻消弧线圈装置的原理、功能、结构。
The paper introduces the principle, functions, structure of a new type device of arc distinction coil with paralleling buffer resistance.
在配网自动化的基础上分析了消弧线圈并联运行的可能性和可行性。
Be based on distribution automation, the probability and feasibility of the parallel connection of arc-extinction coils is analyzed.
采用这种接地方式，消弧线圈的电感量具有快速、连续可调节性。
With this grounding method, the inductance value of the Peterson coil can be adjusted quickly and continuously in real time.
依据偏磁式消弧线圈的工作原理，确定了偏磁式消弧线圈的控制方法。
According to operating principle of the magnetic bias ASC, the control method of magnetic bias ASC is decided.
但是，当消弧线圈工作于不同的抽头时，其等效阻尼电阻将发生变化。
The equivalent damp resistance changes with the variety of the tap of arc-suppression.
介绍了偏磁式自动调谐消弧线圈装置在武汉市武展变电站运行的状况。
The basic principle of biasing magnet automatic resonance regulated Petersen Coil and its operating condition at Wuzhan substation were introduced.
依据偏磁式消弧线圈的工作原理，确定了偏磁式消弧线圈的控制方法。
Based on it's working principle, we determine the arc-suppression coil with magnetic bias methods.
为了解决这一问题，我国现在普遍采用中性点经消弧线圈接地的补偿方式。
To solve these problems, the compensating method of neutral point grounding through Peterson coil is commonly used in our country.
电容器涌入电流的抑制，是TSC式消弧线圈设计中要考虑的一个重要问题。
Restraining of the surge current of capacitors is an important problem in the designing of the TSC are suppression coil.
以实例分析出伏安特性非线性的消弧线圈将严重影响高阻接地时的接地残流。
A case study shows that the are suppression coil with non-linear V-I characteristics will seriously affect the grounding residual current during high resistive grounding fault.
介绍了三相五柱式消弧线圈的工作原理，单相电弧接地过电压的工频熄弧理论。
The principle of arc-suppression coil with three phases and five columns , and theory of power frequency extinguishing arcing were introduced.
通过消弧线圈二次辅助绕组接入阻尼电阻的方法解决了阻尼电阻易损坏的问题。
With the way of connecting damp resistor to the secondary assistant winding of arc-suppression, the question of easily destroyed damp resistor is solved.
为配合随调式消弧线圈的使用，提出了一种扫频检测系统对地电容的改进型方法。
In coordination with the application of post-set arc suppression coil, a frequency scanning based modified method for detecting system capacitance to earth is proposed.
发电机中性点运行方式有中性点不接地、小阻抗接地、高阻抗接地、消弧线圈接地。
Generator neutral ground methods include non-ground, low impedance ground, high impedance ground and arc-suppression coil ground.
分段结构磁化曲线拟合方式的提出，便于合理地进行正交可控消弧线圈的谐波分析。
The segmented magnetization curve fitting provides to the orthogonal controllable reactor's harmonic analysis reasonably and precisely.
通过理论分析，明确了消弧线圈的作用，并深入地讨论了消弧线圈的调整范围及方法。
By analysis, the effect of the blowout coil is defined and its adjustment size and procedures are thoroughly discussed.
DSP主要完成采样、PI调节和通信等，实现偏磁式消弧线圈励磁电流的数字控制。
The DSP realizes functions of sampling, PI regulation, communication and so on to digitally control the excitation current of arc-suppression coil with magnetic bias.
根据偏磁式消弧线圈的调谐原理和控制方法，深入研究了偏磁式消弧线圈的全数字化控制器。
According to tuning theory and control method of the magnetic bias ASC, the fully digital controller of the magnetic bias ASC is implemented.
针对变电所消弧线圈接地系统在正常运行情况下中性点位移电压长时间偏高现象，进行了分析。
The abnormal phenomenon of long time higher neutral voltage shift in a substation is analyzed, which is grounded through arc suppression coil.
现场试验结果及使用经验表明，晶闸管调节消弧线圈响应速度快、残流小，实际运用效果良好。
Field test results and application experience show that thyristor-controlled arc-suppression coils are of quick response, small residual current and good service effects.
并在此基础上给出了补偿电网中消弧线圈自动调谐与单相接地故障选线一体化的综合控制思路。
Then the idea of integral control of automatic resonance and single-phase earth faulted line selection was put forward.
针对中性点经消弧线圈接地的小电流接地系统，设计了一套单相接地补偿及选线的微机保护装置。
Aim at an-arc suppression reactor earthing power system, we design a suit of microcomputer system for compensating single-phase earthing current and selecting line.
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