on average how many kilowatts does a house use per day in electricity / gas
AnswerA kilowatt is a unit of power, which is the rate at which you consume energy. The amount of energy consumed is expressed in kilowatt hours. So your question should read: "How many kilowatt hours of energy does the average home consume over the period of an hour?" As expressed, your question is meaningless, because you do not 'use' kilowatts.
The answer is difficult, because it depends on the size of your house, the number of occupants, where you live (cold vs hot climate), the type of appliances you use -e.g. air conditioning, central heating, etc. If you think that your home is typical, check out your electricity bill -it will tell you have many kilowatt hours you've consumed over the billing period. It's then a case of simple mathematics to determine how many kilowatt hours you consumed over one hour.
Twelve watts is zero amps. Watts are the product of amps x volts. Without the voltage, watts can not be calculated.
To obtain watts you need amps x volts.
0.120 kw * 12 hours = 1.44 kwh
(700 watts) x (10 hours/day) x (30 days/month) x (1 kilowatt / 1,000 watts) =(700 x 10 x 30 / 1,000) (watt - hour - day - kilowatt / day - month - watt) =210 kilowatt-hour / monthWe're guessing that the actual cost of your electric energy is $0.09 per kilowatt-hour.(210 kilowatt-hour / month) x ($0.09 / kilowatt-hour) = $18.90 per month .
Approximately 5 kilowatt hours. Check your electric bill to see what you are charged per kilowatt hour.
Look at kilowatt hours on your bill. Each of those is 1000 watts per hour.
Approximately 720 kilowatt hours for full time operation. Depending on the price you pay for electricity, that would be around $7 a month to operate full time.
A refrigerator is not on all the time. It is controlled by a thermostat that keeps it at a certain temperature. To answer this question the total number of hours the refrigerator was actually running would have to be recorded. Knowing this information and the voltage at which the refrigerator operates a calculation could be made.
1450
100
(700 watts) x (10 hours/day) x (30 days/month) x (1 kilowatt / 1,000 watts) =(700 x 10 x 30 / 1,000) (watt - hour - day - kilowatt / day - month - watt) =210 kilowatt-hour / monthWe're guessing that the actual cost of your electric energy is $0.09 per kilowatt-hour.(210 kilowatt-hour / month) x ($0.09 / kilowatt-hour) = $18.90 per month .
A million watt-hours is a thousand kilowatt-hours. That's about how much electricity the average US household uses in a month.
Approximately 5 kilowatt hours. Check your electric bill to see what you are charged per kilowatt hour.
A 'unit' is exactly equivalent to one kilowatt hour, and is used in Britain as the unit of measurent for purchasing electrical energy. The term, 'unit', is short for 'Board of Trade Unit'. The Board of Trade was a government organisation that used to regulate the cost of electricity. The cost of a unit of energy depends on your supply company and the tariff you have chosen.Read more: How_much_is_a_unit_of_electricity
Running 8 hours a day, a two ton air conditioner uses approx 720 kwh/month (which is about 2.4 kilowatts per hour over the month).The usage decreases with longer operation. See chart at the link I have provided.
A standard 4 foot baseboard heat will consume 1000 watts/1Kilowatt. So if you could calculate how many hours per day/week/month you can multiply the hours by power consumption and getKWh(Kilowatt Hours) per month.
Look at kilowatt hours on your bill. Each of those is 1000 watts per hour.
What I think you mean, is, "How many kilowatt-hours could a 600 watt turbine produce in a month?" The answer is, not more than 432.
One can save as much as $3.05 per kilowatt hour with the use of wind energy. If a household consumes 50 kilowatt hours per month, that makes $152.50 savings on a monthly basis.
50 W * (1 kW/1000 W) * (10 hr/day) = 0.5 kW-hr/dayAssuming 30 days/mo.--> 0.5 kw-hr/day*(30 day/month) = 15 kW-hr/month