Note: This is only true for resistive loads like heaters and lightbulbs.
AnswerYou cannot really ask 'How many watts equal how many volt amperes?', because you are describing two different quantities, as explained below:
Alternating-current loads are often combinations of resistance and reactance (reactance is the opposition to current due to either inductance, or capacitance, or a combination of both).
Loads having both resistance and reactance exhibit true power and reactive power.
True power describes the rate at which energy is permanently lost due to the resulting temperature difference between the conductor(s) and the surroundings. True power is associated with purely resistive loads, and is expressed in watts.
Reactive power describes the rate at which energy is alternately stored in a magnetic or electric field then returned to the supply. Reactive power is associated with purely reactive loads, and is expressed in reactive volt amperes.
Apparent power is the vector sum of true power and reactive power, and is expressed in volt amperes.
The relationship between true power and apparent power is:
true power = apparent power x power factor
Power factor varies from zero (purely reactive circuit) to unity (purely resistive circuit). So, true power (in watts) will only equal apparent power (in volt amperes) when the power factor is unity -i.e. in a purely resistive circuit. For all other types of circuit, the true power will always be less than the apparent power.
100,000KVA - depending on the power factor of the circuit under load. Watts (W) is a measure of work performed, while KVA is the simple product of the current draw and the voltage potential at the source.
It's a question of scale. A gigaWatt is 1000 megaWatts, so if you subtract one, you are left with 999 megaWatts.
Nearly 42 million megawatts (MW) of power.
By "kav", I'm assuming you mean "thousand-ampere-volts" ... usually represented as "KVA". Watts = (Volts) x (Amperes) x (power factor on the line) KW = KVA x (power factor on the line). The power factor on the line is the cosine of the phase difference between the voltage and current waveforms on the line.
MW stands for megawatts. "mw" (in lower case) stands for milliwatts, however.CommentThe SI convention is that is a unit of measurement is named after someone, then its symbol is always capitalised. So, the symbol for watt is an upper-case 'W'. So, the correct symbol for milliwatt is mW and the correct symbol for megawatt is MW.
The US has 77 geothermal power plants (2010 figures), leading the world with an installed capacity of 3086 megawatts (MW).Most are in the Western states, with California the clear leader, with many power stations around The Geysers, north of San Francisco. Other notable states are Nevada, Idaho, New Mexico and Oregon.
1000 VA = 1 kva
1000 VA = 1 kva
9 megawatts a year
20 kva a watts
To calculate tph to megawatts you need to know how many tph are in one megawatts. The equation is 1 mw is equal to 4 tph.
12,000 BTU per hour is equal to 3.5 kW.
250 Megawatts = 250,000,000 Watts.
60 Gigawatts equals 60000 megawatts
It depends on the power factor, which you did not specify. Power factor is the ratio of true vs apparent power. KVA * PF = KW. Please restate the question.
8,000 watts = 8 kVA / (the power factor) If the power factor is 1, then 8 kVa = 8,000 watts.
200 amps is equal to zero kva. To answer this question a voltage is needed.
1 KVA = 1,000 watts or in other terms, 1 Kilowatt.