Adaptive Drive for Space Engineering

K.S. IVANOV, M.K. SHIMYRBAE, K.S. ZHILISBAYEVA, D.T. TULEKENOVA

Abstract


Control of the orbital spaceship procures its orientation and stabilization. Only the centre of masses is keeping the prescribed trajectory of ship, and all ship can change a position concerning the axes connected with the centre of masses under the influence of various disturbing forces. The stabilization system procures a motionless position of the ship body concerning the centre of masses. Orientation is necessary for the telescopes directed on space objects, for solar batteries, antennas and other devices. After performance of orientation it is necessary to execute stabilization for conservation of the received position. Expenses of energy for orientation and stabilization should be minimal as power resources are onboard restricted. Adaptive electric drives are effective remedies of transfer of motion in space engineering.

Keywords


Disturbing forces, Control, Adaptive drive


DOI
10.12783/dteees/seeie2016/4654

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