First you need to wrap your head around the units. A watt is a flowrate, not a total amount. A watt for a period of time (such as watt-hour) is a total amount.

700kWh is 1kw for 700 hours, or 700 kw for 1 hour (or any other distrobution, 1 watt for 700,000 hours).

If you need 700kWh in a month, and there are an average of 30.4 days in a month, you need to generate 700kWh/30.42 == 23kWh per day. Assuming (unrealistically) that you could generate 24hrs/day you'd need to generate ~ 1kwh / h, or 1000 watts, all the time. You use a lot of electricity :)

thats not alot my house uses 46.58kwh per day.

You must be using electric heating to pull 2000 kW constant draw, or a grow op :P

It's totally doable, divide the kwh needed by the number of generating hours, and you've got yourself a number of watts you need to make during those generating hours.

## Discussions

First you need to wrap your head around the units. A watt is a flowrate, not a total amount. A watt for a period of time (such as watt-hour) is a total amount.

700kWh is 1kw for 700 hours, or 700 kw for 1 hour (or any other distrobution, 1 watt for 700,000 hours).

If you need 700kWh in a month, and there are an average of 30.4 days in a month, you need to generate 700kWh/30.42 == 23kWh per day. Assuming (unrealistically) that you could generate 24hrs/day you'd need to generate ~ 1kwh / h, or 1000 watts, all the time. You use a lot of electricity :)

thats not alot my house uses 46.58kwh per day.

You must be using electric heating to pull 2000 kW constant draw, or a grow op :P

It's totally doable, divide the kwh needed by the number of generating hours, and you've got yourself a number of watts you need to make during those generating hours.

nope gas heating gas hot water and gas stove.

cluster of servers?

That's ~1 Kw, so I can give you this as an example:

https://www.instructables.com/id/DIY-1000-watt-wind-turbine/

L