Microwave Power Plants

Beaming energy like a sci-fi Wi-Fi router from hell. These systems generate electricity (likely from solar in space or ground-based fusion) and convert it into a focused beam of microwaves. This beam is transmitted wirelessly over long distances—for example, from a solar satellite in orbit to a receiving rectenna (rectifying antenna) on Earth—where it's converted back into grid electricity. It's the solution for powering remote bases, disaster zones, or entire cities without cables, but the idea of firing megawatt microwave beams through the atmosphere makes people understandably nervous.

*Example: "The moon base gets its power from microwave power plants—solar arrays on the lunar equator beam it up as microwaves to satellites, which then beam it down to our outpost at the pole. Just don't walk through the receiving zone without your protective suit unless you fancy being cooked from the inside."

Microwave Power Plants by Dumuabzu January 29, 2026

UV Power Plants

A niche but brutal form of energy capture focused on the high-energy end of the light spectrum. These plants use specialized photovoltaic cells or thermal systems tuned to efficiently absorb ultraviolet light, which is more energetic than visible light. This is particularly useful in space (where UV isn't filtered by an atmosphere) or on planets with thin ozone layers. They represent a more specialized, high-efficiency form of solar power that ignores the visible light we see, instead harvesting the more powerful, invisible rays that give you sunburns.

*Example: "On Titan, the dim sunlight makes normal solar panels useless. But the high-altitude UV is still strong, so our entire outpost runs on UV power plants with collectors on the mountain peaks, soaking up the invisible rays that pierce the haze."

UV Power Plants by Dumuabzu January 29, 2026