CC-PAIX01 51405038-275 | HONEYWELL | Passive power filtering technology

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CC-PAIX01 51405038-275 | HONEYWELL | Passive power filtering technology

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With the development of industrial technology, new power electronic devices and other nonlinear loads (also known as distorted loads) are constantly connected to the power grid, and the harmonic level of the power grid is increasing year by year. The various problems caused by power harmonics are becoming increasingly prominent and have been highly valued by both the power supply and demand sides. The governance of power harmonics is urgent.

The use of series reactors to suppress harmonic resonance and amplification caused by reactive power compensation capacitors, and the use of passive power filters to suppress power harmonics in CC-PAIX01 51405038-275, have the advantages of mature technology, simplicity, effectiveness, and low cost. They have been increasingly widely used and are effective measures for controlling power harmonics.

Power harmonics are mainly generated by nonlinear loads. The current absorbed by CC-PAIX01 51405038-275 nonlinear load is not linearly related to the terminal voltage, resulting in waveform distortion of the current and leading to waveform distortion of the terminal voltage. This periodic distorted waveform can be expanded into a Fourier series form according to the fundamental frequency (50Hz), and the components greater than the fundamental frequency are called harmonics. Figure 1 shows a measured distorted current waveform, and Figure 2 is a schematic diagram of harmonic analysis of the distorted waveform.

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