Research on Semi Physical Test System of PCU on Satellite

Fang Fang Sun; Wei Dong Ye; Cai Ping Liang

doi:10.4028/www.scientific.net/AMR.295-297.2540

Paper Titles

A Novel CNC Grinding Method for Relief Surface Based on a CAM System
p.2521

Structural Optimization Based on Stochastic Finite Element Analysis and Optimality Criteria Methods
p.2526

Wave-Induced Load Study on a Deck Barge
p.2531

The Impact of Meshing Transmission of Arc Gear by Hobbing Method and Central Distance Error
p.2534

Research on Semi Physical Test System of PCU on Satellite
p.2540

The Virtual Prototyping Design for AKD Rolled Steel Bundling
p.2544

Mechanical System Dynamics Simulation of Crank Linkage Mechanism Based on Pro/E
p.2548

Velocity Measurement Based on Alternate M/T Method and Incremental Optical Encoder
p.2552

Research on Speed Optimization of ESPCP System under Different Conditions Based on Neural Network
p.2556

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 295-297Research on Semi Physical Test System of PCU on...

Research on Semi Physical Test System of PCU on Satellite

Abstract:

Power control unit (PCU) is an important component of space power system on satellite; it provides power supply to main bus and regulates output status of solar battery array in light district. So it is very important to test the performance of PCU before equipped in satellite. A semi physical test system for PCU is developed in this paper, some Agilent simulators are used to simulate working environment of PCU, and control software is programmed to control these simulator as well.