Note that it works when the mirror is the size of the solar farm and I'll admit that is kind of cool. However, my math says this just does not check out. Accord

Note that it works when the mirror is the size of the solar farm and I'll admit that is kind of cool. However, my math says this just does not check out. According to Space.com these mirrors will be 10m by 10m https://www.space.com/orbiting-mirror-boost-solar-power-production https://www.space.com/orbiting-mirror-boost-solar-power-prod... So, great for a large house or two but meaningless for a utility scale solar farm that could be 100k times that size. For reference: https://en.wikipedia.org/wiki/California_Valley_Solar_Ranch https://en.wikipedia.org/wiki/California_Valley_Solar_Ranch Since these only make sense from a sunlight perspective for a small handful of consumers at a time, how will they justify the launch costs when selling nighttime sunlight that could be handled by a battery? Assuming NASA even let them put consumer level space mirrors in place. Given the hullabaloo about Startlinks ruining the night sky.