All you need is a 100 by 100 mile patch in a deserted corner of arizona texas or utah or anywhere to more than power the entire usa.
Square kilometers of solar panels.
You can use the table of solar power production per kw for each state above to do the same math for your state.
The size of each panel is 1m x 1 5m the output is 3000 watts.
Solar panels on houses.
Compare it to the saharan desert.
This is 2 1 2 times the area of solar farm required to power the world in 2030.
So 200 mw peak output and 400 million cost.
Solar power is a gigawatt per square km.
Whether solar requires 10 000 or 100 000 square kilometers the point is to illustrate that the technology exists to facilitate a transition.
Again the point here is not that we ll see a 100 solar world.
The thin film solar panels cover an area of 4 square meters and the cover itself is integrated into the body of the car so at the flick of a switch it can be rolled out retracted and safely stored.
Depends on the details.
And the solar estimate of 50 000 square kilometers of course is with solar systems already deployed.
Given 1kw of panels produces 1642 kwh per year in ca and 1kw of panels takes up 68 42 square feet solar panels installed in california on average produce 23 99 kwh kilowatt hours per square foot per year.
It doesn t take into account the possibility of future systems with higher efficiencies that could reduce the land footprint needed.
This analysis goes.
Average capital utilisation is 18 8 in north america according to doe eia so 32 96 million.
June 7 2020 at 10 01 am suppose that there are solar panels with 20 conversion efficiency.
The saharan desert is 9 064 958 square kilometers or 18 times the total required area to fuel the world.
There are 1 2 million square kilometers of farmland in china.