SlicerDicer on Nostr: npub1tzvha…jfnvp at first I was like blah blah blah this is just thingy. Then I ...
npub1tzvhaftnemrjg0sctfcdzk6dcg5pfhafdwr0qmy7eh7m97tswthqfjfnvp (npub1tzv…fnvp) at first I was like blah blah blah this is just thingy.
Then I read the document. Did you catch this? That it is a power converter from light to energy at 50% 25c reference? 45% at 85c?
Lets take your standard home roof? thats 139 kilowatts per hour. 695 kilowatts for the standard 2000sqft house. per day, the average house uses? 936 per month. thats a surplus of 20203kWh per home per month.
This will change everything when its scaled up.
Standard Constants used.
2000sqft house = 3000sqft roof = 278 m2
1000w/m2 = .500w/m2 at 50%
Average consumption = 936kWh for residential home in usa.
standard day solar insolation = 5hr
the rest is easy math.
Then I read the document. Did you catch this? That it is a power converter from light to energy at 50% 25c reference? 45% at 85c?
Lets take your standard home roof? thats 139 kilowatts per hour. 695 kilowatts for the standard 2000sqft house. per day, the average house uses? 936 per month. thats a surplus of 20203kWh per home per month.
This will change everything when its scaled up.
Standard Constants used.
2000sqft house = 3000sqft roof = 278 m2
1000w/m2 = .500w/m2 at 50%
Average consumption = 936kWh for residential home in usa.
standard day solar insolation = 5hr
the rest is easy math.