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Mostly, the typically designed power systems should operate at 50-60Hz frequency. Nevertheless, some power systems showcase incur varying currents and voltages with integer multiples of the standard frequency. Causing electrical pollution, these power system harmonics require appropriate filtration for reducing power quality stoppages, equipment failures, and plant breakdowns.
Engineers work out a harmonic solution for boosting power quality, productivity, and efficiency. This procedure involves the application of a filter for eliminating harmonics, maintaining power system stability, decreasing voltage fluctuation, and resonance. An ideal power system harmonic filter prevents blackout by stabilizing all parameters, which enables grid de-synchronization and isolating power generators at the time of utility power failure.
With a variety of disruptive solutions available in the sector, the grapevine of myths has also propagated in and out of the industry. For example, a saying goes that 40% of high voltage harmonics cannot get corrected. However, the truth remains that any high voltage harmonic comes under control with an appropriate filter-type.
The scalable solutions designed by engineers after harmonic analysis and exclusive study has the ability to eliminate power failures, nuisance tripping, machinery failure, and end-product quality rejection. Electrical engineers and safety regulators adhere to mandatory requirements of safety while presenting a solution for electrical power systems.
The latest harmonic filters are made to fit in multiple industry requirements. This comes for any size, varying between 10A to 5000A for low voltages between 120V to 2100V. With design flexibility and suitable drive-end connection features, these filters add superiority to the systems.