1 BTU = 1.055 kilojoules. I'm not sure what you mean by 'BTUday'. BTU is a quantity of energy, so BTU x Day has no meaning. BTU/day is a rate of energy, ie power. KW is a rate, and KWh a quantity. So what are we comparing?
1 BTU/sec = 1.055 kJ/sec = 1.055 KW. So 1.055 KWsecs = 1 BTU, 1 KWh = 3412 BTU. It also follows that 3412 BTU/hour = 1 KW.
Hope this has helped. Just remember to compare quantity with quantity, and rate with rate, and don't mix them up.
1 watt is 3.412 BTU/hr or 1 watt-hour is 3.412 BTUs, so the answer is 3412 BTU.
BTUs measure energy while kWs measure power. 100,000 BTU is equal to 29 kilowatt hours.
3412.142 BTU/hr per kW, and 3,412.142 BTU per kWh .
1 kW-h = 3,412.12 BTU.
1 KWh = 3413 BTU
3,413
If it is a 100 watt bulb, this would take 2.4 KWh in a day and hence 876 KWh in a year. This would be the same whatever the source of the electricity
a average person uses about 5.7 kWh per day
86400 seconds
It quantified in kW per area or kWh per area per day since the output of wind power is electricity.
A typical PWR reactor has an electrical output of 1100 MWe, so in one day this would produce 1100 MWD or 26,400 MWhours or 26,400,000 KWh
It depends on the btu of the unit
40-60 depending on what time of year it is.
about 13698630.13 kWh per dayPower production is the primary function of the Bonneville Dam. The two Bonneville powerhouses generate about 5 billion kWh of electricity each year; or 13.7 million kWh /day.
It depends on the size of the party. But a normal kitchen refrigerator takes about ¼ - ½ kWh per day.
With 2.8 million people and an average Canadian load of 2.5 kW per person (one of the highest in the world), the average Toronto load is about 7 Gigawatts, which is about 160 GWh each day, or 160,000,000 kWh per day.
24 kwh per day
Somewhere near 30 KWH Are you kidding? I'm looking at my current bill and I'm sitting at 5.93 kWh/day. ...I think the question needs to be clarrified. The first answer includes usage OUTSIDE OF A HOME, keeping in mind that you don't see the electric bill for your office, and the second is an average HOUSEHOLD CONSUMPTION ONLY.
If it's 120-volt service: 42,048 kwhIf it's 240-volt service: 84,096 kwh
If it is a 100 watt bulb, this would take 2.4 KWh in a day and hence 876 KWh in a year. This would be the same whatever the source of the electricity
A 2-MW generator will be producing 2000 kW (2 MW) during 1 hour, so 2000 kWh in 1 hour. So, 24 x's 2000 is 48,000 kWh per day. This is assuming it is continuously operating at 100% capacity, 2 MW. Adam Fuller
a average person uses about 5.7 kWh per day
Probably near the Russian average of 2400 kWh per year or 6.6 kWh per day. That is an average load of 276 watts so the supply would need to be rated at about 4 kW.