Assuming an average charge or 18 cents ($US) per kilowatt hour you would pay roughly $4.32 (#US) a day or $130 ($US) a month. This is figured by taking 24 hours and multiplying by 1 KW(1000 watts) to get 24 KWH per day, then multiply by 30 to get 720 KWH per month. Then multiply this by the current electric rate for a daily or monthly amount. Refer to the below formulas if you wish to change any of the above variables.
Formula for finding power cost over a number of days.
(24*Number of Days) * (Watts used/1000) = KWH used
then
(KWH used) * (cost of electric per KWH) = Total cost
Formula for finding power cost over a number of hours.
(number of hours) * (Watts used/1000) = KWH used
then
(KWH used) * (cost of electric per KWH) = Total cost
That is a total power of 1600 watts or 1.6 kilowatts. Running them for 12 hours uses 12 x 1.6 kilowatt-hours of energy, also known as Units. So at 12h per day the usage is 19.2 Units per day.
At £0.15 per unit the cost is £2.88 per day.
Need to know if the month has 30 or 31 days.
And the price you are charged for electricity
On continuously, it uses one unit (1 kWh) in 2½ hours. A 30-day month has 720 hours so it would use 288 units of electrical energy.
To answer this question three more facts need to be stated. The voltage and current of the supply side of the ballast and the rate that the utility company charges you for electricity.
a 1000 watt bulb used for 24 hours consumes 24,000 watt-hours of energy, or 24 kilowatt-hours or kWh. That is also described as 24 Units, each costing around £0.15. So the toal cost would be about £3.60.
First, divide watts by 1000 to get kilowatts: watts / 1000 = kW Then multiply kilowatts by the hours of usage to get kilowatt-hours kW * hours = kWh Finally, multiply kilowatt-hours by the cost per: kWh * (cost per kWh) = cost to operate
25 watts * 24 hours = 600 watt hours = 0.6 kwh {1 kilowatt hour = 1000 watt hours} 0.6 kwh * (0.085156 per kwh ) = 0.0510936 or about 5.1 cents
Look at kilowatt hours on your bill. Each of those is 1000 watts per hour.
The wattage measures an instantaneous power consumption of a load. You get charged by Watt Hours. A typical cost per 1000 watt hours might be around 12 cents.
a 1000 watt bulb used for 24 hours consumes 24,000 watt-hours of energy, or 24 kilowatt-hours or kWh. That is also described as 24 Units, each costing around £0.15. So the toal cost would be about £3.60.
First, divide watts by 1000 to get kilowatts: watts / 1000 = kW Then multiply kilowatts by the hours of usage to get kilowatt-hours kW * hours = kWh Finally, multiply kilowatt-hours by the cost per: kWh * (cost per kWh) = cost to operate
What cost $1000 in 2007 would cost $74.08 in 1932.[1]
it would cost around $1000 to $2000 it would cost around $1000 to $2000
25 watts * 24 hours = 600 watt hours = 0.6 kwh {1 kilowatt hour = 1000 watt hours} 0.6 kwh * (0.085156 per kwh ) = 0.0510936 or about 5.1 cents
In 100 hours it will use 6 kilowatt-hours (units) of electrical energywhich would cost around £1 or $1.
What cost $1000 in 1892 would cost $22802.25 in 2007. Also, if you were to buy exactly the same products in 2007 and 1892,they would cost you $1000 and $45.08respectively.[1]
Look at kilowatt hours on your bill. Each of those is 1000 watts per hour.
What cost $1000 in 1860 would cost $23594.24 in 2009.
Sometimes a haunted house may cost $ 3000 . 1000 , and it can cost $ 9000 . 1000 .
About 7 cents an hour.
A customer can purchase a 1000 watt grow light from a website called Greners. The cost to purchase a 1000 watt grow light from the Greners website is around an average of $500.00