The product of the voltage (in volts) and the current (in amperes). It comprises both active and reactive power. It is measured in "volt-amperes" and often expressed in "kilovolt-ampe [..]

The product of the voltage (volts) and the current amps. Comprises both active and reactive power. Measured in kVa or MVa.

In alternating-current power transmission and distribution, the product of the rms voltage and amperage. Note 1: When the applied voltage and the current are in phase with one another, the apparent power is equal to the effective power, i.e., the real power delivered to or consumed by the load. If the current lags or leads the applied voltage, the [..]

The product of the voltage (volts) and the current (amps). Comprises both active and reactive power. Measured in kVA or MVA.

Measured in volt-amperes (VA) in an AC circuit.

The product of the effective values of alternating voltage and current.

 - The product of the applied voltage and current in an ac circuit. Apparent power, or volt-amps, is not the true power of the circuit because the power factor is not considered in the calculation.

The electrical current drawn by a load at a given supply voltage measured in VA.

The product of voltage and current in a circuit.

Measured in volt-amperes (VA) in an AC circuit.

the mathematical product of voltage and current on ac systems. Since voltage and current may not be in phase on ac systems, the apparent power thus calculated may not equal the real power, but may act [..]

     The product of voltage times current in a circuit containing reactances and measured in volt-amps.

Proportional to the mathematical product of voltage times current in any circuit. Designated kilovolt-amperes (kva) comprised of both real and reactive power. Power used to do work plus power stored during part of a cycle by inductance and capacitance and then returned to the power source.

Apparent Power is the product of root-mean-square (rms) voltage multiplied by rms current and the measurement by which power companies bill.

a measure of power in an alternating current (ac) circuit that is calculated by multiplying the root-mean-square (rms) current by the root-mean-square voltage. In a direct current (dc) circuit, or in [..]

Apparent Power specifies the electrical power supplied to a load. To distinguish it from Real power, the value is specified in volt-amperes (VA). In Direct current circuits and alternating current cir [..]

The load power as expressed in VA or KVA. This value is usually greater than real power due to circuit reactance.

The product of root-mean-square (rms) voltage and rms current.

Power attained in an AC circuit as a product of effective voltage and current which reach their peak at different times.

That power apparently available for use in an ac circuit containing a reactive element. It is the product of effective voltage times effective current expressed in volt-amperes. It must be multiplied [..]

The apparent power of an alternating current circuit is the product of the rms values of the voltage and the current. [Unit: volt-ampere or VA]