part-time-Farmer-NC
Platinum Member
- Joined
- Oct 7, 2024
- Messages
- 576
- Tractor
- Kioti DK45Se
I didn't see any mention of your current amps needed at a time. I know you stated you use about 600 kw a month. When sizing solar, especially without batteries wouldn't you need to factor the expected loads during peak/off peak loads? Using your 600KW @ 240 volts (2500 amps ish) number that averages to 83 (ish) amps per day not per instance.
Is 10,000 kw enough to run all/most electrical in your house? At 240v that equates to about 41 amps of current available at full power. Or 83 amps for 120 volt appliances. Heat or AC (depending on its requirements) and you have used much if not all of that, not too mention hot water heaters, electric stoves, hair dryers etc. Lights are very minimal in needs if using LED.
I have a 12000 W gen that only produces 50 amps. I can "get by" with that for an outage. Here that can be a few hours to a week (rare but it has happened).
Solar without batteries to subsidize the loads weakens the whole off grid/emergency strategy to daytime use only. The cost per KW for solar is too rich for my blood and not using the batteries restricts it to peak daytime use and costs go up substantially.
Is 10,000 kw enough to run all/most electrical in your house? At 240v that equates to about 41 amps of current available at full power. Or 83 amps for 120 volt appliances. Heat or AC (depending on its requirements) and you have used much if not all of that, not too mention hot water heaters, electric stoves, hair dryers etc. Lights are very minimal in needs if using LED.
I have a 12000 W gen that only produces 50 amps. I can "get by" with that for an outage. Here that can be a few hours to a week (rare but it has happened).
Solar without batteries to subsidize the loads weakens the whole off grid/emergency strategy to daytime use only. The cost per KW for solar is too rich for my blood and not using the batteries restricts it to peak daytime use and costs go up substantially.