Home » Wiki » Improved power factor by variable frequency drive

Improved power factor by variable frequency drive

One of the characteristics of a passive rectifier fed voltage source inverter type variable frequency drive is the near constant operational power factor of 0,95 from light to full load condition.

This feature does not depend on the pole number of the connected motor. VSIs with an active rectifier input can operate at unity or a leading power factor, if uitably sized, and therefore can be used to compensate for the lagging power factor loads that are also part of the plant network. Thus the need for additional power factor correction equipment or static VAR compensation equipment is eliminated or, at worst, reduced.

Post a Comment:

    
Plz Calculate (4 * 1) =
(Your comment will show after approved.)

You may also like:

Featured Articles
What is VFD, How it works? - VFD ... What is VFD, How it works? - VFD working principleVFD is shorted for Variable Frequency Drive (also known as AC Drives and Inverters) -- that's used to make an AC motor working in ...
Variable frequency drive Rectifier Variable frequency drive RectifierTo understand variable frequency drive (VFD) better, it's necessary to explain some of the main parts of the variable frequency ...
VFD: Insulated Gate Bipolar Transistor ... VFD: Insulated Gate Bipolar Transistor (IGBT)IGBT (insulated gate bipolar transistor) provides a high switching speed necessary for PWM VFD operation. IGBTs are capable of ...
Three phase inverters Three phase invertersIn the variable frequency drive rectifier paper, it explains how to go from three phase alternating current voltage to a direct ...
VFD controlled Induction motor ... VFD controlled Induction motor Efficiency measurementThis paper presents a procedure to measure the efficiency on an induction motor fed by a VFD by the all operation range to speed ...
Variable Frequency Drive Service
VFD manufacturers
Variable Frequency Drive Sales Email buy@vfds.org
Variable Frequency Drive Support Email tech@vfds.org