It depends on the btu of the unit
Look at the manufacturers label for the air conditioner to determine the wattage rating. Use that to figure out how many watts per hour. For ease of comparison / math convert that number to kilowatts. Your electric company usually bills customers in kilowatt hours. Multiply the kilowatts for your AC unit times the hours per day and multiply that by the cost per kWh, divide by 100 (decimal placement) and you have your answer. Unit cost * kW * hours / 100= For example a 1000 watt unit operated for 24 hours a day at a cost of 10 cents per kWh: 10*1*24/100= $2.40 a day, running continuously.
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
Using the Google search term "average household electricity consumption kwh" (without the quotes) produces many useful hits including for countries other than the U.S. The link http://www.eia.doe.gov/emeu/reps/enduse/er01_us.HTML indicates that in 2001, 107 million U.S. households used 1,140 billion kWh, which works out to: 1,140,000,000,000 / 107,000,000 = 10,654 kWh per year or 10,654 / 365 = 29 kWh per day. Using these facts and procedures you can compute for yourself values for other years and countries. For example, this link: http://tonto.eia.doe.gov/ask/electricity_faqs.asp gives figures for 2007 of 936 kWh per month or 31 kWh per day.
0.012 kWh
It depends on where it is. In my house, the answer is Zero.
What is the day and night air conditioner model number 561aj036-a tonnage?
Look at the manufacturers label for the air conditioner to determine the wattage rating. Use that to figure out how many watts per hour. For ease of comparison/math convert that number to kilowatts. Your electric company usually bills customers in kilowatts. Multiply the kilowatts for your AC unit times the hours per day and multiply that by the cost per kWH, divide by 100 (decimal placement) and you have your answer. Using a 3.5 KWh (Central) conditioner: 12 cents electricity: $312usd month, or $3,744usd a year. 40 cents electricity: $1042usd month, or $12,504 a year. Using a 0.9 KWh (medium) conditioner: 12 cents electricity: $80usd month, $960 a year. 40 cents electricity: $268usd a month, $3,216 a year. Using a 0.5 KWh (small) conditioner: 12 cents electricity: $45usd a month, $540 a year. 40 cents electricity: $149usd a month, $1,788 a year. Unit cost * kW * hours / 100= For example a 1000W unit operated for 24 hours a day at a cost of 10 cents per kWH: 10*1*24/100= $2.40 a day, running continuously.
Look at the manufacturers label for the air conditioner to determine the wattage rating. Use that to figure out how many watts per hour. For ease of comparison / math convert that number to kilowatts. Your electric company usually bills customers in kilowatt hours. Multiply the kilowatts for your AC unit times the hours per day and multiply that by the cost per kWh, divide by 100 (decimal placement) and you have your answer. Unit cost * kW * hours / 100= For example a 1000 watt unit operated for 24 hours a day at a cost of 10 cents per kWh: 10*1*24/100= $2.40 a day, running continuously.
Generally allow one day for replacing a furnace and one day for replacing an air conditioner. You need to replace furnace and air conditioner at the same time.
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.
have a day and night air conditioner with a model number 585HJ042060 and serial number of 1985C87813 would like to confirm that indeed this model exist.
Central Air Conditioners are installed into your house to provide cooling air in every room using a duct system. They are very refreshing on a hot day.
40-60 depending on what time of year it is.
Because you are low on freon.
leaving your air conditioner on during the day