Earlier quoted context omitted.
All chemical energy available through coal and oil stored in the earth is the product of a massive amount of highly ineffecient capture of energy from sunlight. [0] All wind is caused directly by unequal warming of our planet through sunlight. The average hurricane individually releases more energy than entire world population has exhausted, since the dawn of time. [1] Sunlight is plenty enough. The problem is cheap,…
Another problem is energy density as I said. How much solar energy can you harvest from one square kilometer? I am so surprised that people just handwave this basic fundamental limits away and don't realize that we would have to build solar panels on an enormous percentage of planet for it to be able to replace fossil fuels. Also managing the lifecycle and production of these panels is another issue. And don't forget…
That doesn't include solar panels that could actually be installed on the homes. A single roof entirely covered by solar panels can power a LEED-certified home when used in conjunction with battery storage. (Most solar panel setups do not cover the entire rough but still provide sufficient power for all but the most intensive uses, like refrigerators and A/C.)
Farmland, by and large, isn't the best land for solar panels anyway, so the two would generally not come into conflict.