how many kilowatts of electricity does it use per hour operating on high?
509296
It's a 1500 watt system, but a hooked up my watt meter and it was only pulling 1392 watts.
346584
1.4 amps. No wattage on plate. 315 KWhours estimated yearly electrical use on attached energy use sheet (it is an Energy Star appliance). Uses R134a refrigerant. Hope this helps.
132541
I don't know the wattage, but it plugs into a 110 outlet. It doesn't strike me it uses much energy.
1316649
Usage is = Wattage 800 watts, Current draw (120V) 6.9 amps, This is like having 8 - 100 watt light bulbs on. Or running a small air conditioner - window unit. The actual cost varies to what it cost in your neighborhood for a KWH (kilo watt hour) typically it might be 8 cents -- so running the unit for three hours to make a batch - would cost 24 cents per batch
2116344
You can use the following formula to calculate how much it will cost to operate a 1,500-watt space heater (or any other electric equipment):Watts x hours of use ÷ 1,000 x cost per kilowatt-hour = cost of operationThis means that if a 1,500-watt heater ran 24-hours at a rate of 7.57 cents a kilowatt-hour, the cost would be $2.73 a day (1,500 x 24 ÷ 1,000 x $0.0757). For a month that would amount to $81.76 added to the electric bill of the average customer. source: conservingelectricity.com
2240467
I estimate about $0.20/hour at my current electric cost of 0.13472634 kWt. That would be at the full 1500 kWt setting but I usually use the Low setting, which still kicks out a lot of heat.
1520568
600 is peak. it averages about 275w. if i recall correctly this tv uses about $30 of electricity a year @ 15 cents kilowatt hour.
234037
That is a much more difficult question to answer and depends on how much power is being pulled from the generator. The generator is rated for a capacity 50Ah (600Wh); if one did the math dividing those numbers by the 8 hr solar charge time, then charging would supply 6.25Ah (75Wh) per hour. So, is the use during those 8 hours more than 6.25 Amps or 75 Watts per hour? Chances are there are times when use would exceed incoming charge and times when it would not.
324279
The only actual data I have is that the label says 120/240V 50/60 Hz 0.6A. Now, that could be as high as 144 watts. I can absolutely assure you that it consumes nothing even remotely like that. I can't unplug the switch now to measure, but I can tell you that the case is just barely perceptibly warm to the touch. I would guess something in the neighborhood of 2 - 3 watts.
1862280
If you used this heater 12 hours per day on the high setting (1500W), this is approximately what you'd have: 1500Wx12Hx30D=540,000W per month or 540Kw. For average utility electricity averaging about 10 cents per Kw that would give you monthly usage amount of around 54 dollars. We use this heater in conjunction with central heating and not as an addition. We are actually seeing our normal monthly bill drop.
426521
Wh is watt hour. At home, if you consume 120V electricity at 8 amps load for one hour, that is equal to approximately 1000 watt hours, or 1kWH, which is same as 1 unit of power consumed.
1811534
Looks like it uses 1,500 Watts on High and 750 Watts on low. Depending on your temperature setting, how cold it is in the room for use and how high you have it turned on, this will change the amount of energy used. Let's say 10 hours per day turned on low at 750 watts = 7,500 watts total per day which is equivalent to 7.5kwh per day. 7.5kwh x 30 days = 225kwh per month. In Southern California we might estimate a cost of $0.20/kwh. So, 225kwh x $0.20 = $45/month cost to run the heater on low for 10 hours a day. One reviewer, J.D., wrote that his electric bill went up $100 in one month of using it so he probably had it on low all day long non-stop, or had it on high for extended periods of time. Looks like it uses 1,500 Watts on High and 750 Watts on low. Depending on your temperature setting, how cold it is in the room for use and how high you have it turned on, this will change the amount of energy used. Let's say 10 hours per day turned on low at 750 watts = 7,500 watts total per day which is equivalent to 7.5kwh per day. 7.5kwh x 30 days = 225kwh per month. In Southern California we might estimate a cost of $0.20/kwh. So, 225kwh x $0.20 = $45/month cost to run the heater on low for 10 hours a day. One reviewer, J.D., wrote that his electric bill went up... » Read More Looks like it uses 1,500 Watts on High and 750 Watts on low. Depending on your temperature setting, how cold it is in the room for use and how high you have it turned on, this will change the amount of energy used. Let's say 10 hours per day turned on low at 750 watts = 7,500 watts total per day which is equivalent to 7.5kwh per day. 7.5kwh x 30 days = 225kwh per month. In Southern California we might estimate a cost of $0.20/kwh. So, 225kwh x $0.20 = $45/month cost to run the heater on low for 10 hours a day. One reviewer, J.D., wrote that his electric bill went up $100 in one month of using it so he probably had it on low all day long non-stop, or had it on high for extended periods of time. « Show Less
1121362
On average it looks like 2,500 maHrs. Depends on load and to some extent on temperature. At -10C you loose 50% of the maHrs. 25ma - 110Hrs - 2700maHrs100ma - 24Hrs - 2400maHrs200ma - 11Hrs - 2200maHrs500ma - 2.5Hrs - 1200maHrs
475460
kwh is 100th, amps 1000th everything else 10th. (at least in my application which is checking power draw of computer and a/v equipment to make sure adequate ups power is supplied)
2092153
With 12 hours a day usage, it should be around 1 kw a week or 50 Kw a year. The problem though, is that due to the bad quality of the unit, they turn into permanently "ON" lights after some few weeks of use and the electricity consumption will raise along. I do not recommend anybody to purchase this unit
1674297
Per the Goal Zero website, it has 50 watt hours. http://www.goalzero.com/learn.html
316832
The plug uses 50mW with no load. That's with absolutely nothing plugged in to it. So yes it does use some power but its a miniscule amount.