reactive balance
英 [riˈæktɪv ˈbæləns]
美 [riˈæktɪv ˈbæləns]
网络 无功平衡
双语例句
- Based on basic data of reactive compensation in Beijing-Tianjin-Tangshan Grid in2008 and power system operation in2007, reactive power balance in summer of2008 was analyzed.
根据京津唐电网2008年无功补偿的基本数据及2007年的运行情况，对2008年夏季无功平衡情况进行了分析，针对保证奥运会供电电压质量的重点、难点提出措施和要求。 - Reactive power balance of power system is important and reactive power compensation can correct displacement power factor.
电力系统无功功率平衡非常重要，无功功率补偿能进行基波功率因数校正。 - On Power System Reactive Power Balance on Impact of Voltage
电力系统中无功功率平衡对电压的影响 - Reactive Power Balance and Optimization Compensation Step of Railway Electric Power Network
铁路配电网无功功率平衡及优化补偿措施 - Actuality and Suggestion of Qinghai Power Grid Reactive Power Balance
青海电网无功平衡现状及建议 - Practice and discussion of decreasing power loss for reactive power balance on site in rural grid
农网无功就地平衡降损的实践与探讨 - Power system's reactive power compensation and reactive balance are basic requirement to ensure voltage quality, and also important measures to increase stable, safe and economic operation of power system.
电力系统的无功补偿与无功平衡是保证电压质量的基本条件，是提高电力系统运行稳定性、安全性和经济效益的重要措施。 - In the normal fluctuation range of voltage it could realize reactive power balance basically.
L-1范围内波动。在电压正常波动范围内实现无功基本平衡。 - Reactive Power Balance and Voltage Regulation of EHV Power System
超高压电力系统无功平衡与电压调整 - According to the principles of reactive power balance and compensation, the principle and procedure of reactive power compensation and voltage optimization are explained. Their application results are illustrated in real cases.
根据无功功率的平衡原理，依据无功补偿的原则，介绍无功补偿和电压优化控制原理及流程，并以实例说明其应用效果。 - Realize Power Reactive Balance to Reduce Consumption in Agriculture Electrical Power Distribution System
实现无功就地平衡，努力降低农网损耗 - This paper introduces the design of the TSC and the filter with transformer under the restriction of reactive power balance, and also mentions the TSC cooperated with fixed capacitor banks.
主要介绍无功平衡约束下，带有降压变压器的TSC及补偿滤波器的设计，也涉及到不可调补偿与TSC可调补偿（FIX+TSC）的配合使用。 - Through the calculation of reactive power and voltage under typical operation mode in 2000, the reactive power balance under different mode was analyzed and the corresponding resolving method was put forward.
通过对2000年典型方式下的电压无功计算，分析各种方式下的无功平衡，提出了相应的解决措施。 - The results of simulation demonstrate the system can satisfy the constrains of the day-adjusting times of the switching of on-load transformer and paralleled compensation capacitors, and ensure voltage quality, reactive power basical balance.
仿真结果证明该系统能在各种负荷条件下确保电压合格和无功基本平衡，且能满足变电站对有载调压变压器分接头日调节次数和并联补偿电容器组的日投切次数的限制。 - Research on Reactive Power Element to Balance Asymmetric Active Power Loads
利用无功元件平衡不对称有功负载的研究 - Effect of On-Loaded Tap Changer and Shunted Capacitor Compensation on System Voltage and Reactive Power Balance
变压器抽头和无功补偿对系统无功电压的影响 - Power distribution automation is vigorously developing in our country, and with the rapid development of modern industry, the demand for higher performance of reactive power balance in the power distribution system increases.
我国配电网自动化建设正在大力发展中，现代工业的飞速发展，使得对配电网系统的无功平衡等性能要求相应提高。 - Reactive compensation and reactive balance could improve the stabilization of the transmission system, increase the transmission ability, and restrain the over-voltage of the system.
电力系统中的无功补偿与无功平衡，可以改善输电系统的稳定性，提高输电能力，抑制系统过电压。 - Reactive compensation and reactive balance could improve the stabilization of the transmission system, increase the transmission ability, and restrain the over-voltage of the system, which is very important to improve the efficiency of the power system and quality of electricity.
电网中的无功补偿与无功平衡，能有效改善电力系统的稳定性，提高线路输电能力，抑制系统过电压，对于提高整个电网的经济效益和改善电能质量至关重要。 - In the process of power transmission, especially in the high-voltage transmission, the reactive power balance is a very important issue, with the important significance of power grid and equipment safety.
电力在传输过程中，尤其是高压输电，无功功率的平衡是很重要的问题，对电网和设备的安全有重要的意义。 - Voltage is one of the most important target aims of power quality in power system. Reactive power balance in power system is important condition to ensure the voltage quality.
电压是电力系统电能质量的重要指标之一，而系统的无功平衡是保证电压质最的重要条件。 - Grid reactive power balance and high order harmonic elimination has important significance on reactive power and harmonic compensation and grid optimization and so on.
电力系统能否高效安全的运行主要依赖于电网无功功率的平衡和高次谐波的消除，对无功功率及谐波的实时快速及准确的补偿可以实现电网优化及减少电能浪费等多方面的功效。 - On the basis of satisfied active and reactive power balance, voltage quality, and current limit, and lowest power loss, the renewal model is presented according to the object function of minimum investment and lowest power loss.
在满足有功和无功功率的平衡、电压降落及电流限制的约束条件下，建立了以投资及损耗最小为目标函数的农网网架的更新模型。 - Because reactive power balance has important significance on reactive power adjustment, it is regarded as an important reference for safe operation of power system.
无功功率的平衡对无功的快速调节具有重要意义，因此被认作电网安全稳定运行的一个重要参考依据。 - The reactive power compensation and reactive power balance of power system can improve stability of the transmission system and transmission capacity, it also suppresses over-voltage.
无功功率的平衡是电力系统输电系统稳定运行的必要条件之一，也关系着输电系统的输电能力，同时也可以抑制系统线路或操作中产生的过电压。 - Large capacity and quick response controllable reactive power source is supposed to adjust voltage, maintain system reactive power flow balance, reduce network loss and improve power supply reliability due to the formation of the supergrid and intension of the load variation.
超高压大电网的形成及负荷变化加剧，增大了对大容量快速响应的可控无功功率源的要求，从而用以调整电压、维持系统无功潮流平衡、减少网损、提高供电可靠性等。 - Reactive power balance and voltage control are very important research contents of UHV AC transmission line.
无功功率平衡和电压控制是研究特高压交流输电技术十分重要的内容。 - Power system reactive power compensation and reactive power balance is safe and economic operation of power is an important part of.
电力系统无功功率补偿与无功平衡是电网安全、经济运行的重要组成部分。 - With the increasing complexity of network structure and the higher voltage level, reactive power balance is more important.
随着电力系统的发展，各个区域电网结构的复杂变化和电压等级的不断提高，无功的平衡和无功的调节在电网运行中愈发重要。 - Distributed generators are usually connected via distribution network, which makes revolutionary change of the radial structure of distributed network. A series of problems, such as voltage regulation, reactive power balance and relay protection, will have effect on power system operation.
分布式电源大多通过配电网接入系统，这使得原有的辐射形配电网单向电源馈电潮流特性发生了根本性变化，一系列包括电压调整、无功平衡、继电保护在内的问题都将影响系统运行。