Area Required To Power Planet From Solar Panels

This is about the size of a country like israel or slovenia and larger than the area of some other countries.

Area required to power planet from solar panels.

For rooftop solar power plants however area is a significant constraints in most cases for both residential and commercial rooftop solar power plants. A simple rule of thumb is to take 100 sqft for every 1kw of solar panels. The extent of roof area required by a solar pv plant is dependent on two factors. I you are going to install all the panels in one line you would need a space of approximately 1 m x 5 56 m each panel having a size of 1 m x 0 556 m on your rooftop.

Thus for a terawatt after doing some math it will require about 7 800 square miles. Hence the area required per mw is if interest but not of great concern. So very roughly if all us cars and trucks converted to electric vehicles it would take 5 3 square miles x 106 terawatt hours or 562 square miles of solar panels to power them all. Dividing the global yearly demand by 400 kw h per square meter 198 721 800 000 000 400 and we arrive at 496 804 500 000 square meters or 496 805 square kilometers 191 817 square miles as the area required to power the world with solar panels.

Since it takes 21 250 square miles of solar for 4 petawatt hours or 4 000 terawatt hours each terawatt hour takes about 5 3 square miles per terawatt hour. That depends on the amount of kw of mw you would like to accommodate. This is roughly equal to the area of spain. How much area is indeed required for solar power plants.

Total area 1 0 18 5 56 m 2. Thus a 1 mw solar power plant with crystalline panels about 18 efficiency will require about 4 acres while the same plant with thin film technology 12 efficiency will require about 6 acres. 1000 watts total area x 1000 watts m 2 x 0 18. Plugging these number in the above equation we get.

The simple thumb rule is high efficiency solar panels will require less area for the same mw capacity than lower efficiency panels. Solar capture areas would have to be distributed over a wide area to avoid the problem of cloudy days or storms or other weather events that would obscure the sun pouring down onto your energy farm.