A 7000 watt generator us typically intended for 2 - 15 or 20 amp circuits at 120 volts or 1 - 30 amp circuit at 240 volts. When you say, "power a house," if you mean the whole house the answer is, No. You would need a generator capable of supplying a continuous 24000 watts or more to do that.
But a 7000 watt generator is a nice one for powering some lights and your gas furnace blower during a power outage when properly connected.
I do not know what the wattage is of an electric furnace to know if it can run one of those.
7 kw = 7000 w 7000 w / 220 v = 31,818 A Answer is 32 A MCB
AC depends on a lot of things. It's not as simple as you think. It depends on ceiling height. Sun exposure. Your climate. And part of the cost may include a crane to get air handlers up on the roof. You should consult with some reputable commerical HVAC dealers in your area to create a good workable solution. AC isn't cheap. The unit for my 1400 sqaure foot house with 9' ceilings is about $7000 and I still have to run the duct work.
Some features of an inverter generator are efficient use, easy use, long lasting use, and an overall great choice to choose. Inverter generators are also very quiet, making it more useful for houses that are experiencing power outages.
I power my home from a 7000 watt generator. It connects to a 12 circuit transfer panel. Backup power is supplied to the well pump, fridge, freezer, furnace, microwave and toaster ovens, television, computer, and several lights.
To convert joules to watts, you need to know the time over which the energy is expended. Since power in watts is defined as energy in joules divided by time in seconds, you cannot directly convert 7000 joules to watts without knowing the time duration.
The cost of installing a home wind power generator depends on the kilowatt it produces. A 1 kilowatt wind power generator usually costs $3000-$7000. A 7 kilowatt wind power generator costs $20,000-$40,000. The more kilowatt it produces, the more costly it is.
You would typically need a generator with a minimum of 5000 to 7000 watts to run a well pump and a refrigerator-freezer simultaneously. It's important to check the specific wattage requirements of your appliances and consider starting wattage for the well pump when selecting a generator.
A 2000 watt generator will work in this application very nicely. The equation to keep in mind is Watts = Amps x Volts. You can add up all of the amperages of the devices you are going to use and multiply that number by the voltage that the equipment operates on and that will give you the wattage value that you are looking for.
2050 watts
I have had mine for over 1 year and used it 7 days straight when we were out of power.........it worked great and I am glad that I did not wait untill I needed a good generator to start looking for one.
To obtain amps from watts a voltage must be given.
The cost to run a 7000-watt appliance will depend on your electricity rate. To calculate the cost, you can multiply the wattage (7000) by the number of hours you plan to run it, then divide the total by 1000 to get the kilowatt-hours. Lastly, multiply this by your electricity rate per kilowatt-hour.
Warm Beach (unlock with 7500 watts) with 7000+ steps. Will be level 31.
7000 7000