Find Line Current Phase Current Active Reactive Apparent Power Supplied Source Also Draw Q

This post categorized under Vector and posted on March 8th, 2020.

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Lays Chips graphicogy of Active Reactive Apparent power & power factor Beer graphicogy of Active power Reactive power Apparent Power and Power factor Role of Active Power and Reactive Power. There is an important relationship between active and reactive power and the post below will help to understand that why active power (P) is called true power and reactive power (Q) is called imaginary power. The complex combination of true or active power and reactive power is called apparent power. Without reference to any phase angle the product of voltage and current gives the apparent power. The apparent power is useful for rating the power equipment. It can also be expressed as the square of the current multiplied by the circuits impedance Knowledge of Active reactive and apparent power is must for every electrical engineer but most of the time we end up with confusion in this topic. So you want to make basics of all these powers

3) Find each line current Phase current Active Reactive and Apparent Power Supplied by the source. Also draw the vector diagram for the given wye-wye connection shown in figure-1. 439 120- 340 1 200-120 Figure-1 Y-Y Three phase circuit Apparent Power. The combination of reactive power and true power is called apparent power and it is the product of a circuits voltage and current without reference to phase angle. Apparent power is measured in the unit of Volt-Amps (VA) and is symbolized by the capital letter S. Calculating for Reactive True or Apparent Power Active reactive and apparent power. In a simple alternating current (AC) circuit consisting of a source and a linear load both the current and voltage are sinusoidal.If the load is purely resistive the two quangraphicies reverse their polarity at the same time.At every instant the product of voltage and current is positive or zero the result being that the direction of energy flow does not

Q reactive power consumption in load (volt ampere reactive VAR) P active power consumption in load (watts W) Apparent power is measured in volt-amperes (VA) - the AC system voltage multiplied with flowing current. Apparent power is a complex value and the vector sum of the active and reactive power as indicated in the figure above. Active Reactive and Apparent Power Active Power. Definition The power which is actually consumed or utilized in an AC Circuit is called True power or Active Power or real power. It is measured in kilo watt (kW) or MW. It is the actual outcomes of the electrical system which runs the electric circuits or load. Active current is that component of current which is in phase with the applied voltage. The product of instantaneous current and instantaneous voltage yields instntaneous power. This instantaneous power when averaged over a full cycle gives the The Current that a load draws can be is not always equal to the current calculated as per its real power rating. This happens when the load is inductive or capacitive in nature. Generally loads are inductive for example motors transformers etc t