...要途径有两条:一是 对电力电子设备进行改进(功率因数校正) ,二是对 电网实施谐波补偿,其中无源电力滤波器( Passive Power Filter) 和有源电力滤波器(Active Power Fil2 ter) 是不可或缺的谐波治理手段,无源电力滤波器 造价低,但由于自身原理决定存在许多难以克...
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将无源电力滤波器 Passive Power Filter
采用无源电力滤波器 Passive Power Filter ; PPF
的无源电力滤波器 PPF ; Passive Power Filter
传统的无源电力滤波器 Passive Filter
提出将无源电力滤波器 Passive Power Filter
装无源电力滤波器 Passive Power Filter
At present, the research on harmonic of the world is extremely active, the more widespread study of the power filter has the structure: passive power filter, active power filter and hybrid power filter and so on.
目前有关电力滤波器的研究十分活跃,研究较为深入的电力滤波器的结构有:无源电力滤波器、有源电力滤波器和混合型电力滤波器等。
参考来源 - 基于双DSP的混合型有源电力滤波器的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
HRPHC具有有源电力滤波器(APF)和无源电力滤波器(PF)两者的优点，有补偿速度快、精度高、容量大的特点。
HRPHC has the advantages of both APF and RPC, which are higher accuracy and larger capacity and being able to compensate reactive and harmonic currents smoothly.
本文针对LC无源滤波器和传统的电压源型并联混合电力滤波器的缺点，提出了一种新型的并联混合电力滤波器。
A novel single - phase parallel hybrid power filter is presented in this paper, which can eliminate drawbacks of LC passive filter and the conventional voltage source parallel hybrid power filter.
采用有源电力滤波器治理谐波比无源滤波器有更优越的补偿性。
Governing harmonic with Active Power Filter has better compensation performances than with Passive Filter.
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