Sidekudossolut

Sidekudossolut is a term used in speculative science and science fiction to describe a class of solar energy harvesting concepts designed for environments where direct, full-face sunlight is limited. The phrase appears to be a coined neologism rather than a standard technical term, and its exact definition varies across different works and discussions.

In general, sidekudossolut refers to energy systems that collect light from the side of a luminous source or along regions where illumination is oblique, such as the terminator on a tidally locked planet or a spacecraft oriented to capture reflected or secondary light. The concept emphasizes continuous or extended exposure to light by exploiting oblique angles, partial shading, or auxiliary light sources. Proposals often rely on advanced optical tracking, high-efficiency photovoltaics, and robust thermal management to convert scattered or indirect light into usable electrical power, with energy storage to smooth output.

Applications and realism in fictional contexts typically involve powering settlements on tidally locked worlds, space habitats near bright stars, or colonies that must operate under long periods of reduced daylight. In practical discussions, sidekudossolut is treated as a thought experiment that highlights the engineering challenges of partial illumination, including reduced irradiance, increased optical losses, heat dissipation, and structural complexity.

Etymology and usage: the word is a modern coinage with unclear lineage, encountered mainly in online glossaries and speculative design discussions. See also solar concentrators, photovoltaic arrays, terminator habitats, and energy storage.