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A Synchronous Condenser is a device that controls the voltage on an electric utility’s transmission or distribution system. Voltage is the “pressure” needed to deliver electricity through such a system.

Another device that controls voltage is a capacitor. Capacitors have no moving parts. Their simple design keeps their cost and maintenance requirements low.

Synchronous Condensers have internal parts that spin a motor or generator. Their sophisticated design results in higher maintenance requirements and higher costs than those of capacitors.

This higher cost may be justified because Synchronous Condensers are more effective than capacitors at controlling and stabilizing voltage.

Synchronous Condensers are located in utility substations, inside buildings, or in protective enclosures. They tend to run for long periods, made significantly less noise than generators, and produce no smoke or emissions.

Synchronous Condensers do not make electric power like a generator, so they are not mechanically connected to a source of propulsion like an engine or water wheel

One type of Synchronous Condenser uses a special material in its windings (internal coil of wire). When bathed in liquid nitrogen to cool them, they have no electrical resistance, a property known as superconduction. This lowers the already-minimal power requirements of the Synchronous Condensers, often making it, even more, cost-effective than a conventional design, over the course of its life.

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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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