Capacitors

Capacitors

In electrical systems, reactive power management plays a critical role in terms of energy efficiency, system stability, and operating costs. The low power factor problem, commonly encountered in industrial and commercial facilities, leads to unnecessary current load on the grid and increased energy losses, while also incurring additional costs for businesses, such as reactive power penalty charges.

At this point, capacitors are one of the fundamental and indispensable components of compensation systems, used to balance reactive power and improve the power factor in electrical systems.

Capacitors balance the reactive power generated by inductive loads by providing capacitive reactive power release, thus contributing to more efficient operation of the business.

Description

Correctly selected and properly designed capacitor systems:
  • Improve energy efficiency by bringing the power factor to the desired level,
  • Reduce cable and transformer loading by decreasing the current drawn from the lines,
  • Minimize energy losses,
  • Contribute to improving the system voltage level,
  • Support more stable and reliable operation of the electrical infrastructure,
  • Prevent penalty charges associated with reactive energy consumption.
However, the use of capacitors requires a careful engineering approach, particularly in systems containing harmonics. In facilities with high harmonic levels, capacitor and compensation systems that are not supported by appropriate reactors and filtering components can lead to serious problems such as overcurrent, excessive heating, and resonance. This both shortens equipment service life and puts system safety at risk. For this reason, capacitor selection should not be based solely on power calculations, but must take into account the facility’s load characteristics, harmonic profile, operating regime, and future expansion scenarios. Our company offers capacitor solutions in various power ratings and technical specifications for low and medium voltage compensation systems. For each project, the facility’s electrical structure is thoroughly analyzed to ensure the most suitable product selection. Through the engineering support we provide during project design, product procurement, and on-site implementation, we aim to ensure that capacitor and compensation systems operate with long service life, high reliability, and maximum efficiency.
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