buickanddeere
Super Member
I haven't read through all nine pages but if your utity doesn't offer a workable "net metering" rate. Your wind turbine and solar isn't going to pay by using a battery bank.
Our government brags much about green energy but the utility does not allow any more FIT or net metering connections , at least in my area.
Best I can do is shave daytime peak rates to zero with a 5KW solar system and grid tie invertor to offset the 4-5KW daytime load of the AC system and pool pump etc.
A wind turbine connected to the same grid tie would shave off some evening, night, morning and winter demand.
There are times however in spring and fall the utility would be getting 2-4KW of free power.
I have thought of a 48VDC 1KW solar system to power a 1KW 48V DC electric heating element. Place din an electric "per-heater" prior to my regular electric water heater. For 6-8 months of the year the ore heater should supply 120-140F water into the main water heater.
A 22 foot dia turbine in 23mph wind will make shaft HP of approx 14KW.
Electricity Generation Using Small Wind Turbines at Your Home or Farm
Our government brags much about green energy but the utility does not allow any more FIT or net metering connections , at least in my area.
Best I can do is shave daytime peak rates to zero with a 5KW solar system and grid tie invertor to offset the 4-5KW daytime load of the AC system and pool pump etc.
A wind turbine connected to the same grid tie would shave off some evening, night, morning and winter demand.
There are times however in spring and fall the utility would be getting 2-4KW of free power.
I have thought of a 48VDC 1KW solar system to power a 1KW 48V DC electric heating element. Place din an electric "per-heater" prior to my regular electric water heater. For 6-8 months of the year the ore heater should supply 120-140F water into the main water heater.
A 22 foot dia turbine in 23mph wind will make shaft HP of approx 14KW.
Electricity Generation Using Small Wind Turbines at Your Home or Farm