Research Status of Key Technologies of Seamless Switching in Micro-Grid

Guan Nan Xi; Wei You; Chuan Xing Wang; Yin Nan Yuan; Yong Ming Qian

doi:10.4028/www.scientific.net/AMM.672-674.1318

Paper Titles

Rapid Double-Layer Identification Method of Multi-Relevant Bad Data in Large-Scale Power Grids
p.1294

Research and Application of Comprehensive Evaluation Index System in Micro-Grid’s Construction and Operation
p.1301

Research and Application of Integrated Standardization Theory in the Smart Grid Scheduling and Controlling System
p.1307

Research on AC-DC Power Flow to Solve the Instability of Micro-Grid
p.1314

Research Status of Key Technologies of Seamless Switching in Micro-Grid
p.1318

Scenario-Based Stochastic Programming Strategy for Microgrid Energy Scheduling Considering Uncertainties
p.1322

The Controller Parameters Optimization for Droop Controlled Distributed Generators in Microgrid
p.1329

Two-Layer Optimize Algorithm for Microgrid Economic Dispatch
p.1336

Research on Supporting Role of Smart Grid in Wisdom City
p.1342

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 672-674Research Status of Key Technologies of Seamless...

Research Status of Key Technologies of Seamless Switching in Micro-Grid

Abstract:

In allusion to the stability of transferring between grid-connected and off-grid state in micro-grid, this paper introduces the seamless switching technology, analyzes the key technologies of seamless switching and the existing problems, and gets the conclusion about research status of seamless switching.