Kilowatts of power can flow continuously so there is no such thing as kilowatts per hour, but energy is measured in kilowatt-hours (kilowatts times the number of hours).
On a 120 v system 150 amps represents 150x120 watts, 18,000 watts or 18 kW. On a 240 v system the same current represents 150x240 watts, 36,000 watts or 36 kW.
With certain types of load the kW is a bit less than kV times amps, by a factor called the power factor.
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Assuming a standard voltage of 120V, a 150 amp panel can handle a maximum of 18,000 watts per hour (150 amps x 120V). To calculate the daily usage, you would multiply this by 24 hours in a day, resulting in 432,000 watt-hours or 432 kilowatt-hours per day.
The Battersea power stations A & B were both decommissioned with A being taken offline in 1975 and B taking offline in 1983. Therefore, the number of kilowatts an hour they produce is zero.
None. There is no such thing as a 'kilowatt per hour'. If, on the other hand, you are asking how many 'kilowatt hours' a flatscreen television uses, simply look at its nameplate to find its power rating in kilowatts (more likely, it's in watts, so you need to divide by 1000), and multiply it by 1 to find the number of kilowatt hours consumed over a period of one hour.
5.5 watts is 0.0055 kilowatts. in one hour the equipment uses 0.0055 kilowatt-hours.
1 watt is equal to 1/1000 kilowatts. To convert a value from watts to kilowatts just divide by 1000. To answer the question there is .001 kilowatts in one watt.
BTU and kilowatt-hours are measures of energy, while power is measured in either kilowatts or BTU per hour. 1 kilowatt-hour is equal to 3412 BTU, or 1 kilowatt equals 3412 BTU/hr. 8000 BTU per hour is equal to 2.344 kilowatts, which is 19.53 amps at 120 v.