How many kwh per year can this system put out?
1381498
Can see spec sheets on their panels for this kit online at: http://gpelectric.comhttp://gpelectric.com/products/solar-elite-charging-system
1381499
I'm probably not a good one to answer this question because I only use this system to charge a 32 amp hour battery to supply 12 volts to a large solar tracker system and to supply power to a small shop where I do most of My electronics work. I never push the system to anywhere near its maximum output. In a typical day it will generate 0.4 kwh and that is a good average output for supplying power to the sun tracker. The Highest power output I have seen is 1.25 KWH in one day when working in my shop for and extended time and I would say that is probably a good average. If you multiply that out to a year it would be about 450 KWH. It also depends on the sun in your area. Here in southern California we have above average sun year round. Hope this helps in your decision making process.
2101913
Well it's a 250 watt element. So for 24 hours that's 6 kilowatt hours(kWh). So look on your electric bill for your kWh pricing. Multiply your kWh price by 6 and you've got the answer. For instance if your electric costs $0.12/kWh then it would be $0.72 to run the unit for 24 hours. Hope this helps!
2049929
I'm in Phoenix. I have two 250W inverters which produce about 3 KWH / Day... so divide by 2 and you get 1.5 KWh per day. In Cali... I'd expect closer to 1.3 or 1.2. Hope that helps.
375320
The multi system runs on 220; however, the single systems run on 110 I believe.
1763265
If the former is true than the latter will be much to close to impossible. If they both are true than that must mean that 3.6LPM/52GPH is the base rate but it can be adjusted to 68GPM/4,080GPH which like I said before sounds crazy unreal for the price and energy voltage...... listen I am going to get a measurement of the rate once I get it in the post.
316835
1 milliwatt = 1.0 × 10-6 kilowattsmilliwatts will be represented as mW from here on out.kilowatts will be represented as kW from here on out.There are 24 hours in a day and his outlet uses 50mW in standby per hour.kW Perday(24 x 50) * mW = 0.0012 kW365 days per yearkW Peryear(365 x 24 x 50) * mW = 0.438 kWI pay 17 cents per kW17 cents * 0.438kW = 7.446 cents per yearSo it would cost me and additional 7.446 cents a year to have this outlet installed.
1680259
well your pushing it but thats if they are doing 100% out . most of the time it about 75 - 80 % that about - 9 to 10 watts lost = 22 to 23.out put so it should. but it will be close and pushing it on great days at when they put out 120% . some thing to think about.
1503597
Not unless you are talking pennies. 8 watts an hour means that at an average 11 cents per kwh, it costs 8x24x30 (wattsxhours in a dayxdays in a month)=5760 watts1000 (watts per kwh= 5.76 kwh x 11 cents = 63 cents per month to run.
199697
UHM Are you sure you need that much power in 1 month? I use 300kWh at most at my house. Assuming you mean average over a year and not 2,400kWh worse case, you would need around a 25kW array. This also assumes the system is facing south and not obstructed by trees. This is a large system and you would need 174 panels. Typically a residence has around a 5kW array so yours would be 5 times larger.
1590532
Hi Aimee,Thank you for your inquiry! This system by itself would not be able to generate 4Kw / 4,000 watts per day because it is only a 1.2KW / 1,200 watts system. There is not enough battery power and solar power to sustain 4Kw, plus, the inverter is probably not large enough to sustain multiple devices at a time. It can probably power certain devices in your home, however, we would need the specifications, including the watts and running times, for those devices to determine that information for you. Please let us know if you have any additional questions.Best regards,Earthtech Products Hi Aimee,Thank you for your inquiry! This system by itself would not be able to generate 4Kw / 4,000 watts per day because it is only a 1.2KW / 1,200 watts system. There is not enough battery power and solar power to sustain 4Kw, plus, the inverter is probably not large enough to sustain multiple devices at a time. It can probably power certain devices in your home, however, we would need the specifications, including the watts and running times, for those devices to determine that information for you. Please let us know if you have any additional questions.Best... » Read More Hi Aimee,Thank you for your inquiry! This system by itself would not be able to generate 4Kw / 4,000 watts per day because it is only a 1.2KW / 1,200 watts system. There is not enough battery power and solar power to sustain 4Kw, plus, the inverter is probably not large enough to sustain multiple devices at a time. It can probably power certain devices in your home, however, we would need the specifications, including the watts and running times, for those devices to determine that information for you. Please let us know if you have any additional questions.Best regards,Earthtech Products « Show Less
1503595
Not unless you are talking pennies. 8 watts an hour means that at an average 11 cents per kwh, it costs 8x24x30 (wattsxhours in a dayxdays in a month)=5760 watts÷1000 (watts per kwh= 5.76 kwh x 11 cents = 63 cents per month to run.
321706
according to the plate on rear of unit, 1500 watts, however I believe that is when system in on high setting
1662104
Not being a expert on these things, looked in 'Specifications' in the Operating Instructions book that came with the unit, under 'power output' 2X100W. Have had this unit for over a year, and it has done everything I wanted.
1754380
2 or 4, but as I recall I think it is two. Anyway, they come with the unit and it so that you settings are retained even when the power goes out. Things like tax rates, department names, pre-set prices, time, date, stuff like that.
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)
2073698
Find your kWh rate, typically around 10-20cents an hour. This I think is 1.5 kw so 15-30 cents an hour.
348473
You can add more batteries and panels to this system. We have a 5000 watt 300ah system with three 100 watt panels for $1899.