Power Factor Correction in Industrial Applications
Power factor correction is a crucial aspect of enhancing the efficiency and reliability of electrical systems in industrial applications. It involves adjusting the power factor of an electrical system to make it as close to unity as possible. This is achieved by minimising reactive power and maximising apparent power . As a result, this improves power quality and energy efficiency . Effective power factor correction can lead to substantial savings in energy costs, improved voltage regulation , and reduced strain on electrical infrastructure. Power Factor Correction in Manufacturing Plants Manufacturing plants are heavy consumers of electricity, with numerous motors, conveyors, and other machinery operating simultaneously. These loads often cause poor power factors due to their inductive nature. Implementing power factor correction in these environments involves using capacitor banks to offset the inductive effects of machinery. Capacitors supply the reactive power needed by indu