Application in Aerospace Experiment Field for Intelligent Power Supply and Distribution Monitoring System

Qiang Su; Peng Xu; Wei Xiong

doi:10.4028/www.scientific.net/AMR.516-517.1322

Paper Titles

A Summary on 2010 Smart Grid Technology
p.1297

A Survey of Communication Technology in Distribution Network
p.1302

Analysis on 2nd Main Transformer Trip Accident of a Certain Substation of the West Inner Mongolia Power Grid
p.1312

Analyzing the Impacts of Wind Generator on the Optimal Coordination of Overcurrent Relays
p.1316

Application in Aerospace Experiment Field for Intelligent Power Supply and Distribution Monitoring System
p.1322

Application of Chaotic Univariate Marginal Distribution Algorithm to Economic Dispatch Control of Cascade Hydropower Plants
p.1326

Applications of Lagrange-Quasi-Newton Method in Power System Steady-State Security Region
p.1332

ATC Enhancement with SVC and TCSC Using PTDF Based Approach in Deregulated Electricity Markets
p.1337

Design and Test of Saturable Reactor
p.1342

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Application in Aerospace Experiment Field for Intelligent Power Supply and Distribution Monitoring System

Abstract:

According to applying feature of power supply and distribution system in aerospace experiment field, the intelligent monitoring system is designed by adopting hierarchical distributed network structure which includes field layer, network layer, management layer, and command center layer. The monitoring software based on configuration software realized such functions as unify electric force management, optimize electric force balance, economize electrical energy loss, extend lifetime of equipments, improve qualities of environment protection, promote efficiency and managing level. Applying result indicates: the system satisfies the requirement of aero experimenting task.