Negodov, S.a b , Cheranev, S.b , Merzlikin, V. c d , Alimov, K.a , Milovanov, E.a b , Anatoly, F. c

Method of controlling an object in space by an isolated power system using counter-rotating paired flywheels (2020) 2nd IEEE International Conference on Architecture, Construction, Environment and Hydraulics 2020, ICACEH 2020, art. no. 9366227, pp. 93-95.

DOI: 10.1109/ICACEH51803.2020.9366227

a Center Joint-stock Company Gecsotor, Moscow, Russian Federation

b Central RandD Automobile and Engine Institute NAMI, Moscow, Russian Federation

c Moscow Polytechnic University, Moscow, Russian Federation

d Plekhanov Russian University of Economics, Moscow, Russian Federation


The study analyzes the use of technological methods of attitude control of an engineering object inside possible environments of the earth and outer cosmic space. The effects of independent power sources including mechanical, aerodynamic, reactive ones on the object are neglected. The proposed method for the orientation controlling and monitoring of an object in space uses the accumulated kinetic energy by counter rotating paired flywheels as well as a gyroscopic effect. The assessment of the limiting power dynamic characteristics of flywheels is carried out. © 2020 IEEE.

Author Keywords

attitude control; kinetic storage; paired flywheels; recuperation

Index Keywords

Attitude control, Cosmology, Earth (planet), Hydraulics, Kinetic energy, Kinetics, Wheels; Counter rotating, Engineering objects, Gyroscopic Effects, Isolated power system, Power dynamics, Power sources, Space use, Technological methods; Flywheels

References Kochnev, E. History of forgotten girokars (2019) JsC Oerlikon,

Shilovsky, P.P. Device for maintaining the balance of carts or other unstable bodies (1909) Russia, Prerogative of the Crown, (27091).

Summers, T.O., Jr. (1951) Gyroscopic Control Instrument, US patent 2728979A

Kee, D., Kim, Y., Bretney, K., Shao, A., Tsang, A.L. (2010) Electronic Control System for Gyroscopic Stabilized Vehicle, US patent 8532915B2

Votrubec, R. Stabilization of platform using gyroscope (2014) Procedia Engineering, 69, pp. 410-414.

Negodov, S.V., Alimov, K.A., Gribakov, D.V. (2018) Object Control System in Space, RF patent WO/2019/235961

Gulia, N.V., Lavrent'Ev, A.I., Mogilevsky, K.G., Zotov, A.V., Yurkov, S.A. (2016) Flywheel Energy Storage with A Horizontal Axis of Rotation, RF patent RU172324U1

Rauschenbach, B.V., Turner, E.N. (1974) Spacecraft Attitude Control, pp. 120-136. Publishing house SCIENCE, Moscow, 353-378

Tarasov (2010) Method of Using Gyroscopic Moment to Control An Aircraft (Vehicle) and An Aircraft Control Device, RF patent RU2495789C2

Chipurnoy, D.E. (2019) Strength Properties of Carbon Fiber Materials, pp. 12-18. Bachelor's Degree, Altai State University, Faculty of Physics and Technology, Department of General and Experimental Physics

Correspondence Address

Negodov S.; Center Joint-stock Company GecsotorRussian Federation; email: Адрес электронной почты защищен от спам-ботов. Для просмотра адреса в вашем браузере должен быть включен Javascript.

Editors: Meen T.-H.

Publisher: Institute of Electrical and Electronics Engineers Inc. Conference name: 2nd IEEE International Conference on Architecture, Construction, Environment and Hydraulics, ICACEH 2020

Conference date: 25 December 2020 through 27 December 2020

Conference code: 167671 ISBN: 9781728177229

Language of Original Document: English

Abbreviated Source Title: IEEE Int. Conf. Archit., Constr., Environ. Hydraul., ICACEH 2-s2.0-85102579168

Document Type: Conference Paper

Publication Stage: Final

Source: Scopus


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