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Sunday, October 18, 2020 | History

3 edition of Simulation of a flywheel electrical system for aerospace applications found in the catalog.

Simulation of a flywheel electrical system for aerospace applications

Simulation of a flywheel electrical system for aerospace applications

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  • 35 Currently reading

Published by National Aeronautics and Space Administration, Glenn Research Center, Available from NASA Center for AeroSpace Information in Cleveland, Ohio, Hanover MD .
Written in English

    Subjects:
  • Auxiliary power sources.,
  • Electric power supplies.,
  • Electric batteries.,
  • Energy storage.,
  • Fly wheels.,
  • Energy transfer.

  • Edition Notes

    StatementLong v. Truong, Frederick J. Wolff, and Narayan V. Dravid.
    SeriesNASA/TM -- 2000-201242., NASA technical memorandum -- 210242.
    ContributionsWolff, Frederick J., Dravid, Narayan V., NASA Glenn Research Center.
    The Physical Object
    FormatMicroform
    Pagination1 v.
    ID Numbers
    Open LibraryOL16037011M

    Modelling and simulation of a flywheel based energy storage system for an industrial manipulator Posted on February 2, by Matlab-Projects | This paper investigates feasibility of using a flywheel based energy recovery and storage system for a robotic manipulator. Whether designing an electric motor for an electric vehicle that needs to be small, efficient and quiet, or for an industrial application where size and sound are not of major concern, it is critical to simulate electric motors early in the design process.

    CFD simulation is the solution of a wide range of engineering problems. Learn about the basics of CFD simulation here. software and electronic systems technologies for vehicle systems. CFD simulations are used in a wide range of engineering applications whenever there is a need to understand or predict fluid flow. Modeling and Analysis of a Flywheel Energy Storage System for Voltage Sag Correction A Thesis Presented in Partial Fulfillment of the Requirements for the Degree of Master of Science With a Major in Electrical Engineering in the College of Graduate Studies University of Idaho by Satish Samineni December Major Professor: Brian K. Johnson, Ph.D.

    This paper discusses several flywheel energy storage applications and explores in some detail the flywheel systems for the Federal Railroad Administration program, >Advanced Locomotive Propulsion System> (ALPS), and a flywheel system providing energy storage for a hybrid electric bus. SELECTION OF ELECTRIC MOTORS FOR AEROSPACE APPLICATIONS of the rotor, creating a magnetic field. SELECTION OF ELECTRIC MOTORS FOR AEROSPACE APPLICATIONS The system designer typically requires the motor information listed in Table 5. Controls,” Tab Books, Inc., Blue Ridge Summit, PA, File Size: 19KB.


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Simulation of a flywheel electrical system for aerospace applications Download PDF EPUB FB2

Simulation of a Flywheel Electrical System for Aerospace Applications Long V. Truong, Frederick J. Wolff, and Narayan V. Dravid Glenn Research Center, Cleveland, Ohio Prepared for the 35th Intersociety Energy Conversion Engineering Conference sponsored by the American Institute of Aeronautics and Astronautics Las Vegas, Nevada, July Simulation of flywheel electrical system for aerospace applications.

Long Truong, Frederick Wolff and Narayan Dravid. Simulation of flywheel electrical system for aerospace applications Abstract: A flywheel energy storage demonstration project was initiated at NASA Glenn Research Center as a possible replacement for the battery energy storage system on the International Space Station (ISS).Cited by: At the top level, Glenn researchers simulated the operation of the ISS primary electrical system (as described in another paper) with the Flywheel Energy Storage Unit (FESU) replacing one Battery Charge and Discharge Unit (BCDU).

Flywheel technology can replace battery systems in aerospace applications as it has been found that FESS would be 35% lighter and 55% smaller compared to BESS for EOS-AMI type spacecraft.

Flywheel based energy storage systems (FESSs) store mechanical energy in a rotating flywheel that is converted into electrical energy by means of an electrical machine and vice versa, the electrical machine that drives the flywheel transforms the electrical energy into mechanical energy.

Fig. 2 shows the components that form a modern by: demonstrated by simulation. INTRODUCTION A flywheel energy storage system is being considered as a replacement for the traditional electrochemical battery system in spacecraft electrical power systems.

The flywheel system is expected to improve both the depth of discharge and working life by a factor of 3 compared with its battery counterpart [2]. Flywheel energy storage systems (FESSs) store mechanical energy in a rotating flywheel that convert into electrical energy by means of an electrical machine and vice versa the electrical machine which drives the flywheel transforms the electrical energy into mechanical energy.

Fig. 1 shows a diagram for the components that form a modern by: A brief description of the flywheel structure and applications are given as a means of providing context for the electrical modelling and simulation reported.

The simulated results show that the. Simulation of a flywheel electrical system for aerospace applications Author: Long V Truong ; Frederick J Wolff ; Narayan V Dravid ; NASA Glenn Research Center. Simulation of flywheel electrical system for aerospace applications.

Collection of Technical Papers. 35th Intersociety Energy Conversion Engineering Conference and Exhibit (IECEC) (Cat. 00CH). vol. 1, pt. 1 p. –[42]. Downloadable (with restrictions). In flywheel based energy storage systems (FESSs), a flywheel stores mechanical energy that interchanges in form of electrical energy by means of an electrical machine with a bidirectional power converter.

FESSs are suitable whenever numerous charge and discharge cycles (hundred of thousands) are needed with medium to high power (kW to MW) during short-time. Fig 2: simulation model of rotary UPS without Flywheel ii. Simulation with Flywheel Simulation model of rotary UPS with Flywheel is shown in Fig.

Once the mains fails at say 7th second, energy stored in the Flywheel is transferred to the alternator and thereby to the critical loads and discharging of the Flywheel Size: KB. Free PDF Books: Download Engineering Books Free online Pdf Study Material for All MECHANICAL, ELECTRONICS, ELECTRICAL, CIVIL, AUTOMOBILE, CHEMICAL, COMPUTERS, MECHATRONIC, TELECOMMUNICATION with Most Polular Books Free.

At the top level, Glenn researchers simulated the operation of the ISS primary electrical system (as described in another paper) with the Flywheel Energy Storage Unit (FESU) replacing one Battery Charge and Discharge Unit (BCDU).

lead to system energy storage capabilities. spin up a wheel or rotor to store energy, then energy is discharged by an electric ciency of green energy sources like wind and solar power sources inherently vary throughout the day, and will not match the demand on the utility grid.

By combining these. Introduction. Flywheel energy systemsFile Size: KB. The Research on the Dynamic Decoupling Current Control Algorithm of PMSM in Aerospace Servo System. Characteristics of Quallion's Lithium Ion Cells for the Aerospace Application.

Simulation of flywheel electrical system for aerospace applications. Aircraft Control and Simulation: Dynamics, Controls Design, and Autonomous Systems, Third Edition is an essential reference for engineers and designers involved in the development of aircraft and aerospace systems and computer-based flight simulations, as well as upper-level undergraduate and graduate students studying mechanical and aerospace Cited by: Then, a flywheel electrical model has been implemented, taking into account the thermal and the electromechanical phenomena governing the electrical power exchange.

This more complete model of a hybrid storage system enables us to simulate the same aging cycles of the battery-based storage system and to compare the performances of the latter. Electrical grids are currently experiencing paramount changes, mainly driven by high penetration of renewable energy, integration of energy storage, transport and heating electrification, but one of the most important changes deals with the widespread deployment of communication and control technologies at all the grid levels, from generation units to end-users.

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