Abstract: SBSP should differ from present solar collection methods in that the way utilized to amass power should reside on an circling satellite instead of on Earth's surface. A little projected benefits of such a arrangement are a higher collection rate and a longer collection era due to the lack of a diffusing atmosphere and evening period in space. Part of the solar power is capitulated on its method across the atmosphere by the results of reflection and absorption. Space-based solar manipulation arrangements change sunlight to microwaves beyond the atmosphere, circumventing these defeats, and the downtime (and cosine defeats, for fixed flat-plate collectors) due to the Earth's rotation.. As wires spreading from Earth's external to an circling satellite are neither useful nor feasible alongside present knowledge, SBSP sketches usually contain the use of a little manner of wireless manipulation transmission. The accumulating satellite should change solar power into mechanical power on board, running a microwave transmitter or laser emitter, and focus its beam in the direction of a collector (retina) on Earth's surface. Radiation and micrometeoroid damage might additionally come to be concerns for SBSP.
Keywords: Humans, Large scale integration, Microwave technology, Orbital robotics, Power transmission, Retina’s, Roads, Space, power stations, Space technology, Transmitters
Title: Microwave Wireless Manipulation Transmission and Space Solar Manipulations
Author: K.M.Bala Krishnan, D.Surendra Babu, B.Jaiganesh
International Journal of Electrical and Electronics Research
ISSN 2348-6988 (online)
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