Hello. How many KWs the generator supply during all day (24hrs) with winds at 15mph
1440424
You can calculate it from here and find some additional information as well about turbine: http://www.gudcraftonline.com/category-s/57.htm
982217
The voltage is 120 Volt. The consumption is 210 watts, this means 210 x 24 = 5040 Watts per 24 hours, if you pay like me $0.12 per Kilowatt, the cost per day (24 hours) will be $0.60.
1633579
when I got it it took about 20 minutes to put the wheels and handle on, hooked it up to a 20 lb propane tank and it turned over very easily. We had a localized power outage, I wheeled it out, hung a tarp to protect it from the rain, hooked it up to a propane tank, two pulls and it was going, no problems at all. Figure for 60 lbs propane per 24 hours of run time. Propane doesn't go bad, and a gasoline generator will use about 7 or 8 gallons of gas for 12 hours, so.....I am very happy with this generator.
955010
The generator can produce 17500 watts but... there is no single outlet that can output 17500 watts Here is a summary of the issue: http://www.dslreports.com/forum/r27334996-Generac-GP17500E-Generator And realistically there is no feasible residential portable generator solution for using a cable (temporary connection) for more than 50 amp/12kw; above 50amp I would focus on a standby genset (i.e. hardwired transfer switch to home load center). I wrote this about the challenges of going over 50 amp for residential portable generator : http://www.diychatroom.com/f18/clarification-cam-lock-usage-private-residential-applications-170121 "enough to power a house" that depends on your home's load and there are plenty of load calculations on internet that can help you estimate (or an electrician tell you OR if you want to know for sure and be able to track and monitor then install a TED - "The Energy Detective" into you main breaker panel). You need to do is determine what are your emergency circuits needs (i.e. the musts for emergency power), e.g. my emergency circuits are a 5-ton heat-pump (AC/heat-pump unit & fan but not heating coils), electric water heater, water pump, etc. - for me non-emergency would dryer & electric cooking range & oven. The big heavy hitters you need to look-out for are typically HVAC system (if the heating is non-electric then good chances you will not have any over-load issues) and water heater. Given there is no single output greater than 50 amp and given the location of the 50 amp outlet (i.e. 14-50r) on the GP17500E model - if I had to do all over again then I would go with the GP15000E model instead.
1068815
Depends on weather conditions. Windy weather requires more power and more power requires more battery. I would say the average time per battery is 12-15 minutes.
1069167
I am really sorry but am unable to answer your question. We have not connected this generator as yet and not too familiar. Really sorry
1457231
I used a Killawatt unit to measure my new ADR30A2G. With the fan speed on low it uses 276 watts. It was also drawing 2.59 amps and after 4 hours it used 1.07 kwh. Where I live that cost me around 8 cents, or 2 cents an hour, or a half a buck per day.
1774560
I never used the blades that came with the unit. I ran six blades. You can buy blades all over the internet. Ebay wind generator
491608
Horsepower can be converted into watts by remembering 1 HP = 746.70 watts. Doing the math, 3250/746.7 = 4.35 HP. But remember, there is inrush current on a motor, the normal extra current it takes to get a motor started. I'd say the best you can probably truly expect this generator to handle is maybe a 3 HP motor. Hope that helps. Ron
1276514
I realize this is an old question, but maybe somebody else will still wonder (that doesn't already know, or maybe even have better information than I do). In any case..., I run my FM-65G mostly on solar (I use it mostly in/around or in transit to/from my trailer which has 1,200 watts (rated) worth of solar panels mounted on it - and which is the only electrical power my trailer has - I don't even own a (gas powered) generator and I regularly spend weeks camping `off grid'). Whynter will tell you one thing on their site, but I haven't found it to be especially accurate with its DC current requirements. According to my DC meter, when the compressor is on it generally takes about 6-7 amps (at 12 volts - I haven't tried running it on 24 volts, but supposedly it will, I'm a little leery to try it, even though the off grid solar on my house runs on a 24v battery bank so I easily could). Of course that is when the compressor is running, which it doesn't always, depending on the ambient temperature and the temperature the cooler/freezer is set to. In my experience so far, generally with daytime highs about 70-80 and nighttime lows in the 50's or so, and the temperature on the unit set at 37 degrees, it has averaged just over 0.5 amps per hour at night and just under 1.5 amps per hour during the day, for a typical total daytime average usage of about 24 amps (honestly, despite the inaccuracy in the information from Whynter, I'm impressed). If it's sunny enough, yes, an 80 watt panel probably will run it, barely, but there again is another variable - how much sun is there? Under the conditions I have run it, and based on my experience, 2 fully charged -6 volt golf cart batteries have a theoretical capacity of about 200+ amps which would theoretically run the cooler for over a week (probably overkill, at least for just running the cooler in the conditions that I have tried it so far). My AC meter reports similar, but probably slightly worse, performance (not including the (potential) inverter loss).
1584747
This wind generator gets five blades not three. Although I am not an expert, I believe that five blades help with generating electricity at low speed of wind. It seems to me that it will rotate very fast even at speed of 8 mph.
1605300
You need to do some work and find out how many KW's you use per 24 hour period. This will tell you how much Solar you will need.
142375
I had an old 1700 watt generator during sandy. It powered my fridge and a bunch of other small things. The 3000 watt inverter isn't overkill tho. It won't draw more power than it needs. Battery needs to be good and charged as much as needed. Car alternator at least. Cables need to be thick for 3000 watts.
1240626
Not very much, I ran on one 12 volt deep cycle for 24 hours but was only 65 degrees outside, I can give you a better answer in a week when home, great unit
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.
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.
641672
This unit will use a 1.5 kilowatts per hour. So based on usage and your local electricity rates you will see what you average cost will be.