Özet:

In order for electrical installations to work in a safe and desirable way, some factors should be taken into account in the design and operation stage of the facility. One of these factors is the harmonics created by nonlinear characteristic elements, which are of the parameters that determine power quality. Harmonics significantly affect the energy quality in electrical installations. The harmonics, known as the removal of the flow and voltage wave form from the sinus wave form, are created by the application of a sinus source to the nonlinear element or by the linear or nonlinear elements feeding from a non-sinus source. The most important method for reducing the harmonics is the filtering of the harmonics with the help of active harmonic filters. In this study, various measurements with the ZERA MT 310 power analyzer in a facility in the Van province (factory) (intelligent electrical values, harmonics, current and voltage wave shapes, etc.) Some power quality disadvantages have been detected and the harmonics that result in power quality disadvantages have been studied and the effects of the harmonics on existing facilities have been interpreted and the active filter solutions have been compared to the simulation work.

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