kilowatt , kW (abbreviation)

Then, based on how many kilowatt hours used, they will bill you.

And like a television image she came across the room, kilowatts in her eyes.

It was built in 1906 and has a power of 15 kilowatts.

Which made it, as I said, just over 500 kilowatts.

For a second and a half the power in use was reduced by six million kilowatts.

Usually the cost is about 6 cents per kilowatt hour.

The national average rate last year was 7.2 cents a kilowatt hour.

We're already pushing a hundred kilowatts through at the moment.

Certainly Grant seemed to be burning kilowatts by the second.

The plant produces an average of 691,358,000 kilowatt hours each year.

On October 4, 1928, the station increased its power to 50 kilowatts.

You and I picked up 30 percent of the cost for a 500 kilowatt energy server.

There must have been a hundred thousand kilowatts in it, at least.

His answer indicated that approximately a total of two billion kilowatts were available.

It has 24 generators that can create 6.8 million kilowatts of power.

In the last years the transmission power was reduced to 100 kilowatts.

A small 100 kilowatt research reactor is still in operation at the site.

It built a wind machine 16 times larger, 660 kilowatts.

"So it costs us a few cents more per kilowatt hour," she said at last.

The name is a play on the word kilowatt.

In 1969, the transmitting power was increased to 200 kilowatts.

The customers are paid for every kilowatt of electricity they save.

Those activities will drain the grid of another 25 kilowatt hours.

Last year in Germany, two billion kilowatt hours were generated through wind power.

We must stop looking at kilowatts in political terms.

A third 1000 kW unit has been available since 1983.

They produced 118 kW and were only available in red.

The station came on the air with a power of 100 kW.

It was to be used to "provide some 20 kw of power".

Later the station moved to 89.3 and increased power to 100 kW.

The motor power of the 6000 series is 110 kW.

The station went back to its regular 100 kW power months after the fire.

Over the last few years that has been reduced to 100 kW.

However, the power generated at present is only 18,300 kW.

There are systems around which can supply a lot of kW for a very short time.

The installation is usually less than 5 kW in a house or small business.

A window needs 20 kW of energy for every inch in size.

A firefighter can stand up to 4,000 kW of energy.

The power of both engines was also raised by 3.7 kW.

The station has filed to increase its power to 3 kW.

The two engines each have a capacity of 144 kW.

It is expected to give a power output of between 2-4 kW.

Their first products will be 1, 3, and 5 kW units.

It has a total power of 68,640 kW at 102 rpm.

These systems usually generate power amount of 2 kW or less.

The system produced up to 1 kW of power at the receiver end.

This is a 39 kW system designed to offset 13 percent of the school's energy cost.

In 1955 operation began at a rated power of 100 kW.

Total installed capacity at the beginning of 2001 was 14.2 million kW.

The station upgraded to 50 kW and moved to 92.3 in 1991.