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There are four ways to solve power quality problems:

1- Design equipment and electrical systems to prevent electrical disturbances from causing equipment or systems to malfunction. Where Manufacturers of sensitive equipment can reduce or eliminate the effect of power quality problems by designing their equipment to be less sensitive to disturbances. They can add some devices to their equipment according to the situation, for instance, a capacitor to provide temporary energy storage when the voltage sags are too low. They can also alter their equipment to desensitize it to power quality problems for example; they can design special K factor transformers that tolerate harmonics.
2- Analyze the symptoms of power quality problems to determine their cause and solution. It is important to determine the source and type of power quality problems, the type of power quality problem and its cause often determine the solution.

3-Identify the medium that is transmitting the electrical disturbances and reduce or eliminate the effect of that medium.

4- Treat the symptoms of the power quality problems by use of power conditioning equipment. It provides essential protection against disturbances. Power conditioning equipment includes devices that reduce or eliminate the effect of a power quality disturbance. It can be used to condition the source, the transmitter, or the receiver of power quality problems. The equipment can be divided into ten categories, surge suppressors, noise filters, isolation transformers, low-voltage line reactors, various line voltage regulators, motor-generator sets, dual feeders with static transfer, uninterruptible power supplies, harmonic filters, and Dynamic voltage restorer (DVR).

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Aanchal Gupta

Welcome to my website! I'm Aanchal Gupta, an expert in Electrical Technology, and I'm excited to share my knowledge and insights with you. With a strong educational background and practical experience, I aim to provide valuable information and solutions related to the field of electrical engineering. I hold a Bachelor of Engineering (BE) degree in Electrical Engineering, which has equipped me with a solid foundation in the principles and applications of electrical technology. Throughout my academic journey, I focused on developing a deep understanding of various electrical systems, circuits, and power distribution networks.

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