harmonic power的例句大全

Electric Power Control and Harmonic Wave of the Natural Gas Original Processing System

天然气初加工系统电力控制与谐波检测

Analysis and Comparison of Harmonic Wave Filter Method in Electric Power Frequency Communication

工频电力通信中谐波滤除方法的分析和比较

Harmonic Wave and Inhibiting Measures in the Power Supply and Distribution System

供配电系统中的谐波及其抑制措施

Measures to Limit Higher Harmonic Wave Entering into Power System

限制高次谐波进入电力系统的措施

The Design and Realization of A End Loop Control System in Power Harmonic Wave

电力谐波闭环控制应用系统的设计与实现

The harmonic wave dangers of the power system and their countermeasures

电力系统的谐波危害与对策

The Impact and Management of Power Harmonic Wave in Wuxi Grid

无锡地区电网谐波的影响及治理

The Study on Harmonic Wave in Operation of Large Power Silicon Controlled Rectifier

大功率可控硅整流装置运行过程中的谐波探讨

Remove harm of harmonic wave and improve power factor

消除谐波危害提高功率因数

Harmonic wave was the important factors that power consumption increase and quality of power supply reduction.

谐波是导致电力损耗增加，供电质量下降的重要因素。

Higher-order Harmonic Wave ′ s Damage to Self-compensating Device for Low-voltage Reactive Power and its Preventive Measure

高次谐波对低压无功功率自动补偿装置的危害及预防措施

Power Supply System is often placed with shunt compensation capacitors and the upper harmonic waves in the distribution network have much influence on the capacity.

供配电系统通常接有并联补偿电容器，配电网中的高次谐波对电容的影响很大。

Selective Harmonic Zero-steady-error Control for Three Phase Shunt Active Power Filter

并联型有源电力滤波器指定次无静差控制策略

Along with the comprehensive application of power electronics devices, the harmonic problem of power system becomes more and more serious, for the harmonic problem of medium-voltage and high-voltage system, high-capacity hybrid active power filter is an powerful governing method.

随着电力电子器件的广泛应用，电力系统的谐波问题日益严重，对于中高压系统的谐波问题，大容量混合型有源电力滤波器是有效的治理手段。

The extensive application of power electronics devices in power system 、 industry 、 traffic and family brings serious current harmonic, this harmonic pollution harms to system and electromagnetism environment.

随着各种电力电子装置在电力系统、工业、交通及家庭中的应用日益广泛，电网的电流谐波问题也日益严重，谐波污染给系统本身和周围的电磁环境带来了一系列的危害。

With the development of power electronics technology, a sharply increasing number of power electronics devices have been widely used nowadays. Although these power electronics devices make our life convenient, they inject much harmonic current to the power grid for their nonlinear characteristics.

在电力电子技术飞速发展的今天，各种非线性电力电子装置得到了广泛的应用，这些装置在带给我们方便的同时向公用电网内注入了大量的电流谐波。

Motor Drive ICs, to be one of the important branches of the applications of SPIC, have symbolized the harmonic combination of the Controlled IC and Power IC within a single chip.

光碟机马达驱动芯片作为功率集成电路的一个重要分支，充分体现了控制集成电路与功率器件在单一芯片上的有机结合。

Data compressions for power consumption signal, voltage interruption signal and transient harmonic distortion signal are simulated and the compression results with different decomposition levels and threshold coefficients are compared. Results prove its feasibility and effectiveness.

对用电消耗信号、电压间断信号及暂态谐波失真信号进行了压缩仿真，并比较了这些信号在不同分解层次和门限限定系数取值时的压缩效果，结果验证了该方法的可行性和有效性。

Quick Detection and Suppression of Harmonic Current in Power System

电力系统中谐波电流的快速检测及抑制

A Study on A Method of Power System Harmonic Current Detection and Compensation Based on Analog Devices

基于模拟器件的电力系统谐波电流补偿方法