Power Factor Correction

Power factor correction systems are an important part of industrial electrical infrastructure, helping facilities use electrical energy more efficiently and keep reactive power under control. At Optimas, we analyze the electrical systems of both operating and newly commissioned factories and develop solutions according to the load characteristics and operating conditions of each facility.

The first stage of a power factor correction project involves electrical measurements at the main distribution panel. Current, voltage, active power, reactive power, power factor and load characteristics are evaluated to determine the existing condition of the electrical system. Based on these measurements, the required correction capacity and system components can be defined.

Industrial equipment such as electric motors, drives, welding machines and power electronic devices may generate reactive power within the electrical network. If reactive power is not properly controlled, the electrical infrastructure may operate less efficiently, system capacity may be unnecessarily occupied and operating costs may increase.

Optimas provides solutions for the selection and implementation of power factor correction systems consisting of capacitor banks, reactive power controllers and related panel equipment. The system is designed according to current operating requirements while also considering possible future changes in plant capacity.

In modern production facilities, harmonic distortion can also affect electrical system performance. Variable frequency drives, UPS systems and other power electronic equipment may introduce harmonic currents into the network. For this reason, harmonic levels should also be considered when designing a power factor correction system.

When required by measurement results, detuned power factor correction systems or other harmonic filtering solutions can be evaluated according to the characteristics of the application. This approach can contribute to more reliable operation of electrical components and a healthier power distribution infrastructure.

At Optimas, we approach power factor correction and harmonic applications as an integrated engineering process including measurement, analysis, system design and equipment selection. We support our customers in evaluating existing correction panels, determining capacity requirements and developing suitable solutions for new industrial facilities.