grid scale is not being considered in my country for solar
Well, having the sun go down for six months at a time makes it a less than ideal location 🙂
In the spirit of "What If?", I wondered about solar in the Empty Quarter. Saudi pumps about 10 million bbl a day of crude, which at 6GJ/bbl is
6×1016/(24×3600)=7×1011W
Solar PV can do about 200W.m-2, but not all day and there are transmission losses unless everybody moves, so say 50W.m-2 on average given the location.
That gives 14000km2 of solar required to replace Saudi oil, or 2% of the Empty Quarter
The announced Saudi target for solar by 2030 is just 6×1010W
ETA: For wind power, based on replicating Hornsea Project 3 (2.4GW plated power, 696km2), and assuming 40% load factor, replacing 7×1011W of oil power would need turbines extending over a total area of 200,000km2, or about 1/3 of the total area of the North Sea
Clearly untrue, London is the epicentre of the universe and anything South is heathen. Canadians are obviously in the far North and thus are the poor cousins of the great and good USA, to be pitied by all and periodically buggered by polar bears. Geographical truth is irrelevant.
Well, having the sun go down for six months at a time makes it a less than ideal location 🙂
In the spirit of "What If?", I wondered about solar in the Empty Quarter. Saudi pumps about 10 million bbl a day of crude, which at 6GJ/bbl is
6×1016/(24×3600)=7×1011W
Solar PV can do about 200W.m-2, but not all day and there are transmission losses unless everybody moves, so say 50W.m-2 on average given the location.
That gives 14000km2 of solar required to replace Saudi oil, or 2% of the Empty Quarter
The announced Saudi target for solar by 2030 is just 6×1010W
ETA: For wind power, based on replicating Hornsea Project 3 (2.4GW plated power, 696km2), and assuming 40% load factor, replacing 7×1011W of oil power would need turbines extending over a total area of 200,000km2, or about 1/3 of the total area of the North Sea