This thesis investigates the feasibility of projecting ground-based laser power to energize a spacecraft electrical bus via the solar panels. The energy is projected through a telescope, using modern optical compensation systems, at controlled wavelengths. Research conducted on high-energy lasers has matured to the point today, that the bulk of the power required by spacecraft on orbit can be projected from the surface of the earth. With battery life being the greatest limitation on spacecraft life span, the ability to provide electrical power from the surface to a satellite in eclipse with degraded batteries could mean multi-billion dollar cost savings by extending the lifetime of current and future satellites.
Ground-Based High Energy Power Beaming in Support of Spacecraft Power Requirements
2006
153 pages
Report
No indication
English
Space Technology , Solar Energy , High power , Solid state lasers , Solar energy , Ground based , Radiation damage , Orbits , Optical equipment , Spacecraft , Solar panels , Band gaps , Adaptive optics , Telescopes , Electric power , Life expectancy(Service life) , Theses , High energy , Free electron lasers , Power beaming , Spacecraft power , Directed energy , Laser technology , Military laser hardware , Oribital mechanics , Solar cell technology
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