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Voltage Regulation in End Condenser Method Formula

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Voltage Regulation in ECM is the difference in voltage at the receiving end of the transmission line between conditions of no-load and full load is called voltage regulation. Check FAQs

%V ecm = \frac{V s(ecm) - V r(ecm)}{V r(ecm)}

%V_ecm - Voltage Regulation in ECM?V_s(ecm) - Sending End Voltage in ECM?V_r(ecm) - Receiving End Voltage in ECM?

Voltage Regulation in End Condenser Method Example

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Here is how the Voltage Regulation in End Condenser Method equation looks like with Values.

Here is how the Voltage Regulation in End Condenser Method equation looks like with Units.

Here is how the Voltage Regulation in End Condenser Method equation looks like.

0.5625 = \frac{400 - 256}{256}

0.5625 = \frac{400V - 256V}{256V}

0.5625 = \frac{400 - 256}{256}

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Voltage Regulation in End Condenser Method Solution

Follow our step by step solution on how to calculate Voltage Regulation in End Condenser Method?

FIRST Step Consider the formula

%V ecm = \frac{V s(ecm) - V r(ecm)}{V r(ecm)}

Next Step Substitute values of Variables

∴

%V ecm = \frac{400V - 256V}{256V}

Next Step Prepare to Evaluate

∴

%V ecm = \frac{400 - 256}{256}

LAST Step Evaluate

∴

%V ecm = 0.5625

Voltage Regulation in End Condenser Method Formula Elements

Variables

Voltage Regulation in ECM

Voltage Regulation in ECM is the difference in voltage at the receiving end of the transmission line between conditions of no-load and full load is called voltage regulation.

Symbol: %V_ecm

Measurement: NAUnit: Unitless

Note: Value can be positive or negative.

Formulas to find Voltage Regulation in ECM

Sending End Voltage in ECM

Sending End Voltage in ECM is the voltage at the sending end of a transmission line.

Symbol: V_s(ecm)

Measurement: Electric PotentialUnit: V

Note: Value should be greater than 0.

Formulas to find Sending End Voltage in ECM

Receiving End Voltage in ECM

Receiving End Voltage in ECM is the voltage developed at the receiving end of a transmission line.

Symbol: V_r(ecm)

Measurement: Electric PotentialUnit: V

Note: Value can be positive or negative.

Formulas to find Receiving End Voltage in ECM

Other formulas in End Condenser Method in Medium Line category

Go Sending End Current in End Condenser Method

I s(ecm) = I r(ecm) + I c(ecm)

Go Receiving End Current in End Condenser Method

I r(ecm) = I s(ecm) - I c(ecm)

Go Capacitive Current in End Condenser Method

I c(ecm) = I s(ecm) - I r(ecm)

Go Sending End Voltage in End Condenser Method

V s(ecm) = V r(ecm) + (I s(ecm) \cdot Z ecm)

How to Evaluate Voltage Regulation in End Condenser Method?

Voltage Regulation in End Condenser Method evaluator uses Voltage Regulation in ECM = (Sending End Voltage in ECM-Receiving End Voltage in ECM)/Receiving End Voltage in ECM to evaluate the Voltage Regulation in ECM, The Voltage Regulation in End Condenser Method formula is defined as a measure of the change in the voltage magnitude between the sending and receiving end of a component, such as a transmission or distribution line. Voltage Regulation in ECM is denoted by %V_ecm symbol.

How to evaluate Voltage Regulation in End Condenser Method using this online evaluator? To use this online evaluator for Voltage Regulation in End Condenser Method, enter Sending End Voltage in ECM (V_s(ecm)) & Receiving End Voltage in ECM (V_r(ecm)) and hit the calculate button.

FAQs on Voltage Regulation in End Condenser Method

What is the formula to find Voltage Regulation in End Condenser Method?

The formula of Voltage Regulation in End Condenser Method is expressed as Voltage Regulation in ECM = (Sending End Voltage in ECM-Receiving End Voltage in ECM)/Receiving End Voltage in ECM. Here is an example- 0.5625 = (400-256)/256.

How to calculate Voltage Regulation in End Condenser Method?

With Sending End Voltage in ECM (V_s(ecm)) & Receiving End Voltage in ECM (V_r(ecm)) we can find Voltage Regulation in End Condenser Method using the formula - Voltage Regulation in ECM = (Sending End Voltage in ECM-Receiving End Voltage in ECM)/Receiving End Voltage in ECM.

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