84kW is impressive! How many panels do you have? Sounds like more than @timselectricI just know I’m screwing myself by posting this but got 84kw today..
Less panels, but better location.84kW is impressive! How many panels do you have? Sounds like more than @timselectric
Ground mounts or vertical on south facing wall? You could fill the whole wall(s) with panels the same way you did your roof already. A true solar house.Less panels, but better location.
I'm surrounded by trees. With a hill to my south. Which makes winter truly suck. The winter sun is only high enough to see my panels for two hours. And since they are facing east/west .they can't collect much from a low south sun angle.
Ground mounts are going to happen. But first I have to remove many trees.Ground mounts or vertical on south facing wall? You could fill the whole wall(s) with panels the same way you did your roof already. A true solar house.
I did consider installing a billboard array. lolStrategically cut branches off trees, use the trunks for your ground mounts
30kw array.84kW is impressive! How many panels do you have? Sounds like more than @timselectric
30kw array.84kW is impressive! How many panels do you have? Sounds like more than @timselectric
I upgraded from 19kWhkW to to 30 kw.
Last December we ran a big deficit so thought it was the right thing to do.
I’m still running a deficit.
First few days of December were dark.
If I can get 60kwkWh per day I can make it through.
It varies from 80+ to 5kwkWh.
Kinda like a farmer and reliant on the weather at this point.
I have no idea anymore.Ah!... kWh
Sorry was a bit slow here - should have realised that no one has more panels than @timselectric ?
and not wanting to tread on @MisterSandals toes, you obviously meant...
60 x 480W = 28,800W = 28.8kW60 x 480watt panels.
I am pretty sure you mean kWh, where k = kilo, W = Watt (a persons name so capitalized), h = hourIf I can get 60 kw per day I can make it through.
Well today I got a shitty 20.6 kWh.60 x 480W = 28,800W = 28.8kW
I am pretty sure you mean kWh, where k = kilo, W = Watt (a persons name so capitalized), h = hour
60kWh daily production / 28.8kW array = 2.01 hours of solar
In other words, your 28.8kW array with 2.01 hours of sun produced 60kWh of power.
When you use the correct units, everybody can understand what you mean and the math makes sense.
Not trying to be the grammar police but hoping to help with understanding the terms.
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Yeah, that does suck. Getting only 0.715 sun hours is bad. I have only dropped under 1 sun hour maybe 5 days in 4 years.Well today I got a shitty 20.6 kWh.
... because, over in rainy UK, poor Seagal got a really shitty 1.2kWh todayWell today I got ashittyimpressive 20.6 kWh.
Not much better with our day long rain/snow/ice mix…... because, over in rainy UK, poor Seagal got a really shitty 1.2kWh today