Anywhere around 100K/month...depending on your outside lights... Anywhere around 100K/month...depending on your outside lights... Anywhere around 100K/month...depending on your outside lights...
The average freezer uses around 100-400 watts of electricity, depending on its size and efficiency. This translates to about 2.4-9.6 kWh per day, or around 876-3504 kWh per year.
To calculate the cost of running a device that consumes 185 watts per day, you need to know the cost of electricity per kilowatt-hour. Assuming an average cost of $0.12 per kWh, running a 185-watt device for 24 hours a day would cost about $0.50 per day (185 watts / 1000 * 24 hours * $0.12).
The average household in the United States uses around 30 kilowatt-hours (kWh) of electricity per day, which is equivalent to 30,000 watts. This can vary depending on the size of the house, appliances used, and energy efficiency measures in place.
To calculate the watts on your electricity bill, you would need to look at the wattage of each electrical device in your home (which can usually be found on the device itself or in the user manual) and the number of hours each device is used per day. Multiply the wattage by the number of hours used per day to calculate the watt-hours for each device, then sum all the watt-hours to get the total watts consumed over a billing cycle.
A mini refrigerator uses about 70 watts per hour or 0.07 KWH.Therefore it uses about 24 times 0.07 KWH, or 1.68 Kilowatt Hours per day.There are varied sizes of "mini refrigerators" and varying degrees ofinsulation, so the wattage may vary from 40 watts per hour to 100 watts per hour or .96 KWH to 2.4 KWH per day
Worldwide power consumption is estimated to be around 16 terawatts (1.6*1013W)
The average freezer uses around 100-400 watts of electricity, depending on its size and efficiency. This translates to about 2.4-9.6 kWh per day, or around 876-3504 kWh per year.
To obtain amps from watts a voltage must be given.
To calculate the cost of running a device that consumes 185 watts per day, you need to know the cost of electricity per kilowatt-hour. Assuming an average cost of $0.12 per kWh, running a 185-watt device for 24 hours a day would cost about $0.50 per day (185 watts / 1000 * 24 hours * $0.12).
It depends on the voltage. On a 120 v system that is a power of 540 watts, so the units used per day are 0.54 x 24, or 13 units.
The watt is a rate of delivery or use of energy (1 Joule per second) Anything called watts per day means an increase in power per day. (100 watts first day, 200 watts second day, 300 watts third day etc). I'm sure you don't mean that. Direct ("normal" ) sunlight that falls on a square metre is up to about 100 Watts so you'll never get more power from that even with 100% efficiency. Consult the brochures. Probably a few tens of watts per square meter. Energy per day is watts x time-of-sunlight (direct, near 90 degrees). Which will be Joules. 3600x1000 Joules equal 1 Kilowatt-hour, sometimes called "1 unit".
On average, there were around 0.4 homicides per day in Las Vegas in recent years. This data can vary and is subject to change.
Mine says 2W and 220-240 volts on the bottom, so I assume 2 watts.
There are many reasons why you should write an essay on the day when you had no electricity. This might be so that you can describe how to survive it to other people.
To calculate the electricity produced in one day, you would need to multiply the power output of the source (in watts) by the number of hours the source is operational in one day (typically 24 hours). This will give you the total energy produced in watt-hours (Wh) for that day. You can convert this to kilowatt-hours (kWh) by dividing by 1,000.
All of them, eventually.
The average household in the United States uses around 30 kilowatt-hours (kWh) of electricity per day, which is equivalent to 30,000 watts. This can vary depending on the size of the house, appliances used, and energy efficiency measures in place.