With materials of sufficient strength, issues like high temperatures, high radiation, and electron storms could be resolved. The most feared problem was physical disturbances, such as sudden severe storms.
Even if the material's performance was outstanding and its internal endurance was strong, strong physical disturbances would certainly cause problems with the device.
After receiving accurate data, Zhao Yi began detailed calculations.
If at a distance of 100,000 kilometers from the surface of the sun, the intensity of light energy is about 1,500 times that near Earth, and then through space energy transmission, roughly 700 times the intensity for the same area transfer to the receiving end, could it achieve a maximum conversion of 70,000 kilowatts of power?
That was, of course, impossible.
The conversion of power isn't proportional to the amount of solar energy available.