Top Answer

It is the amount of power available that determines how many homes can be supplied. And the answer is complicated, because it is necessary to take what is termed the 'after diversity, maximum demand' (ADMD) of the potential load in order to determine how many homes can be supplied. ADMD takes into account that no single property operates at maximum load on a permanent basis, and when one home owner is at home, several others are at work, etc., so the more properties there are, the lower the actual load will be compared with the theoretical maximum load.

In the very simplest case, with a large number of properties, a figure of just 3 kW per property might be appropriate but, where heavy permanent loads, such as electric heating or air conditioning are used, determining the ADMD is far more complicated because these permanent loads must be taken into account.

As already explained, ADMD assumes that not all properties are utlilising their maximum demand at the same time, so an ADMD might appear to be surprisingly low. So, as an example, let's assume an ADMD of, say, 5 kW, would mean that one megawatt could supply 200 properties.

ADMD figures are important, because they help designers determine what size transformers are needed to supply new developments. The actual load can them be monitored using thermal demand indicators attached to the transformer's secondary conductors and, in practise, these usually indicate that the theoretical ADMD figures, as low as they seem, are surprisingly generous.

Another Answer

An average U.S. household uses about 10,000 kilowatt-hours (kWh) of electricity each year. A watt is a unit of power, or energy per unit time, so it's the rate at which energy is being used. A kilowatt-hour (or 1000 watt-hours) is a unit of energy, so 10,000 kWh is how much total energy each household uses over the course of a year.

This means that each household, on average, uses energy at a rate of about 1 kilowatt (1000 watts, which equal to ten 100-watt light bulbs).

One megawatt is equal to one million watts, so for one instant, one megawatt can power 1000 homes.

A better question to ask is how many homes can a megawatt-hour (MWh) provide with energy for one hour? If one home needs 1 kWh of energy for one hour, then 1 MWh of energy can sustain 1000 homes for one hour.

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0A Megawatt can power 1000 homes.

1000. A megawatt-hour is the energy you'd get with a megawatt of power for 1 hour. Energy = power * time. It's important to note that it's 'megawatt hour' and not megawatt/hour (ie. it's not megawatt per hour).A gigawatt has 1000 times the power of a megawatt. Thus, since the time is the same (both 1 hour), a gigawatt-hour = 1000 megawatt hours.

1 Megawatt is equal to 1000 kilowatts

Most powerplants produce several "Megawatts" of power. A megawatt is a million watts. The average lamp in our homes is about 100 watts.

A megawatt is one million watts. One watt is a unit of electrical power.

Gallons are a measure of volume. Megawatt is a measure of power. The two are not automatically convertible without some other rate.

There are 1,340 HP in a megawatt.

A typical nuclear power plant produces 500 to 5000 megawatts of power. If we take 2000 as average, an average plant produces 2000 megawatt hours in an hour, or 48,000 megawatt hours in a day. But please note: Technically, this does not answer the question asked, because the question asked for megawatts, not megawatt hours. The question as asked is like asking how many horsepower a car can produce in a day. The measure of electrical output over a period of time is a watt hour, or, in this case, the megawatt hour. So the question answered was, "How many megawatt hours does a nuclear power plant make in a day?"

1 gigawatt = 1000 megawatt

A megawatt is equal to one million watts.

1000 watts = 1 megawatt

There is only one nuclear power plant operating in Iran of power 915 Megawatt electric.

None. First, a megawatt is a megawatt - whether it is nuclear or not. Second, a megawatt is a measure of power while a minute is either a measure of time or of angular displacement. In either case, a watt and a minute measure two different things and, according to the basic rules of dimensional analysis, conversion from one to the other is not valid.

Most power plants produce several Megawatts of power. A Megawatt is one million watts.

1 MW = 10 to the power 6 Watts (in the new wiki answers type face).

1660,000 kilowatts 1660,000,000 watts 1 large power plant 550 large wind turbines Enough power to power ~1.5 million homes (assuming average household usage is 1.1kW) a lot.

The abbreviation of "megawatt" is "MW."

There are 1,000 kilowatts in a single megawatt. These are measures of electrical power which are based on the metric system.

It is not clear what you mean with "units of power".

Megawatts is a measure of instantaneous power; megawatt hours is a measure of power over time. P = watts; Joule = watt * s / can be expressed in MWh

MW*100*24= is how you convert Megawatt to Megawatt hour.

None. They are used to measure two different quantities. The BTU is used to measure energy while the megawatt is used to measure power. Two different units for measuring two different quantities.A Megawatt-hour is a measure of energy that is equivalent to about 3.45 million BTUs. Or 1 Megawatt is equivalent to 3.45 million BTU per hour.

There are 1,000,000 watts in1 megawatt and 0.001 watts in a1 milliwatt.

1 megawatt = 1,000 kilowatts0.5 megawatt = 500 kilowatts

No, it is the unit of Power. Where 1MW = 106 Watt

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