While many capacitor charts are available for power factor calculation. We can achieve the same by a simple formula, which is useful in case you can't access table.

Let's consider your system draws Power 'P' at a power factor of θ

Let's do an example to learn this:

Statement: An electrical load draws 100 kW power at a power factor of 0.8. Determine the reactive power which should be supplied to the system for improving the power factor to 0.9.

Solution:

Q = 100 (tan (36.86) - tan(25.84)

= 26.5 kvar

I hoped you'd loved this easiest and simple way to obtain the answer.

Also learn: AC or DC Which is more dangerous

Let's consider your system draws Power 'P' at a power factor of θ

_{1}. Suppose you want to improve the power factor to θ_{2}. Now use this formula to find the required capacitor rating:**Q = P (tan 𝜃**_{1}- tan 𝜃_{2})Let's do an example to learn this:

Statement: An electrical load draws 100 kW power at a power factor of 0.8. Determine the reactive power which should be supplied to the system for improving the power factor to 0.9.

Solution:

**Q = P (tan 𝜃**_{1}- tan 𝜃_{2})Q = 100 (tan (36.86) - tan(25.84)

= 26.5 kvar

I hoped you'd loved this easiest and simple way to obtain the answer.

Also learn: AC or DC Which is more dangerous

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