Capacitors
Capacitor banks consist of numerous capacitor units. When capacitors are connected in a series, they handle high voltages more effectively than a single capacitor. When connected in parallel, they deliver enhanced efficiency and quantity of energy storage to the system. Operating in either configuration, a capacitor bank governs the matters of power or energy more advantageously than a single capacitor can. Capacitor banks store and release electrical energy in response to changes in voltage, making them ideal for various applications.
Power factor correction is one of the foremost uses of capacitor banks. Power factor, in AC power systems, signifies the time lag between voltage and current. When the power factor is low, it indicates that the current and voltage are not aligned, leading to inefficient power utilization. This causes increased power losses and higher energy consumption, which in turn lead to increased energy costs.
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