harry
Uploaded by
11 SLIDES
257 VIEWS
110LIKES

Integration of Solar Array Deployment and Power Systems in Locomotion Phase

DESCRIPTION

This document by Korey LeMond provides a detailed overview of the integration process for the solar deployment arm and power systems used in the locomotion phase of a project. It covers the functionality of reaction wheels, shunt units, thrusters, and the various power feed lines that ensure optimal performance during deployment. Emphasis is placed on the construction stages, including interfaces for rotation, installation of power processing units, and management of propellant feed lines. The document serves as a comprehensive guide for engineers and designers working on this integration.

1 / 11

Download Presentation

Integration of Solar Array Deployment and Power Systems in Locomotion Phase

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. OTV 3-D GEOMETRY & INTEGRATION KoreyLeMond STRC/THM/INTEG/CAD GL,Locomotion Phase OTV Phase [Korey LeMond] [STRC/THM/INTEG/CAD GL,Locomotion Phase, OTV Phase] 1

  2. Solar Deployment Arm Reaction Wheels Ribs Power Shunt Unit Xe Tank Thruster Longitudinal Stiffeners Power Processing Unit Shear Paneling [Korey LeMond] [STRC/THM/INTEG/CAD GL,Locomotion Phase] 2

  3. [Korey LeMond] [STRC/THM/INTEG/CAD GL,Locomotion Phase] 3

  4. Solar Deployment Arm Power Feed to Motor and Return Line from Array to Power Shunt Mounting Unit to Frame (Under Construction) Work to be done: Determine appropriate interface to allow rotation and therefore deployment of array [Korey LeMond] [STRC/THM/INTEG/CAD GL,Locomotion Phase] 4

  5. Reaction Wheel Casing Fully encased reaction wheel, interior under construction Power feed line to Power Shunt Unit [Korey LeMond] [STRC/THM/INTEG/CAD GL,Locomotion Phase] 5

  6. Power Shunt Unit Feed line from solar arrays Reaction wheel feed lines Power Processing Unit feed line [Korey LeMond] [STRC/THM/INTEG/CAD GL,Locomotion Phase] 6

  7. Power Processing Unit Power feed line to mass flow control valve Power feed line to Power Shunt Unit Power feed line to thruster [Korey LeMond] [STRC/THM/INTEG/CAD GL,Locomotion Phase] 7

  8. Thruster Propellant feed line Power feed line to Power Processing Unit [Korey LeMond] [STRC/THM/INTEG/CAD GL,Locomotion Phase] 8

  9. Propellant Tank Propellant Feed line to Thruster Mass Flow Control Valve Power Feed line to mass control valve from Power Processing Unit [Korey LeMond] [STRC/THM/INTEG/CAD GL,Locomotion Phase] 9

  10. Cutaway of Prop System [Korey LeMond] [STRC/THM/INTEG/CAD GL,Locomotion Phase] 10

  11. View of Reaction wheels and feed lines to Power Shunt Unit [Korey LeMond] [STRC/THM/INTEG/CAD GL,Locomotion Phase] 11

More Related