Global Solar Atlas: summary of solar power potential globally(globalsolaratlas.info) |
Global Solar Atlas: summary of solar power potential globally(globalsolaratlas.info) |
It's also includes historic weather patterns and has some simple modeling tools built into it that can help predict how well off grid, grid tied and hybrid solar systems will perform. So far I have found that it's predictions map very closely to what I've experienced on the ground with my solar array.
Solar panels are dirt cheap, just put up more of them. With plug-in solar, rooftop solar and vertical solar, there can be enough production.
If all buildings in a city start producing, we eliminate a third of the cost of grid. Transmission network is not needed (or doesn't need to grow) we produce energy where we consume, in every city. Transmission networks are costly and time consuming. Vertical solar will get us there. Vertical solar will be the cheapest form of energy, because it can use the structural elements already on a building (no need of , adds ~4 hours of production (same as adding batteries, could be cheaper?). Vertical solar can immediately be deployed as fence, we have some kind of wall/fence between buildings everywhere.
Europe is the only place which shows a little less potential. They can build solar farms in Spain, Turkey, North Africa and add transmission lines.
Europe has very high per capita income and colonial wealth, from Roman Empire, Vikings, Portugese, Spanish Empire, English Empire, Dutch and French colonies. With that level of income and wealth, adding dirt cheap solar panels, a bit more to account for lower production should not be a big deal.
Farmers in Europe should ask for solar subsides: shade for their livestock, grow crops that grow better in shade, grow tropical crops using solar energy in greenhouses, harvest both solar and crops.
Give farmers subsidies to harvest solar instead of [ethanol|biodiesel|biofuels|biomass] (garbage ideas, some posted recently about UK subsidizing biomass, which ships wood from Canada). Millions of acres of land can be used for both solar and livestock or crops. Freeing up the land from bio-nonsense-ideas will lower the cost of food and meat.
Canada also looks okay, the only country that can't go solar is Russia. Low solar potential, but also the Govt may not be too keen on Solar.
In the long run, there will be only two fossil fuel countries: US and Russia. The two great superpowers.
Traveled a lot in Europe earlier this year (by rail). Saw quite a lot of solar installed, both on buildings and in open land.
Saw even more wind turbines. Europe may have less solar potential, but clearly they still have enough sun to make solar economically viable. And the addition of wind turbines makes sense; that co-exists very well with farm land, and nicely balances solar production.
It all depends. In some places where install costs are high and you can get good deals on TOU (i.e. free power hours) - batteries are vastly better deal.
* The solar potential of a gloomy, northern locale like the UK is "only" half of somewhere sunny like Australia. Though I can imagine the swings between seasons are greater.
* Northern Canada has a surprising amount of potential, compared to European regions at the same latitude
Australia (all of it!)
Most of South America: Chile (darkest on the map!), Bolivia, Argentina, Brazil.
Mexico and Cuba (everywhere), all of Central America
Western US
Africa (everywhere) Middle East (everywhere) Mongolia, North and Western China, Tibet
And Europe has historical expertise and European companies that they can subsidize.
Europe geothermal. There are probably better maps than this:
https://www.thinkgeoenergy.com/project-innerspace-completes-...