Research on Governor-Side Power System Stabilizer

Feng Ping Pan; Min Zhong; Yu Zhen Chen; Ya Qing Zhu; Shi He Chen; Xi Zhang; Jia Luo

doi:10.4028/www.scientific.net/AMR.960-961.1331

Paper Titles

The DMT Power Line Channel Sparse Bayesian Regression Estimation Based on Communication System
p.1308

Anti-Islanding Detection for Single-Stage Photovoltaic System Based on Passivity
p.1312

Islanding Detection for Multiple PV Grid-Connected Inverters Based on AFDPF and SMS
p.1319

Design of Locomotive Energy Consumption Monitoring System
p.1325

Research on Governor-Side Power System Stabilizer
p.1331

Manufacture and Experimental Investigation of a Multi-Layer Generator Based on Dielectric Elastomer
p.1336

Detection of Systematical Errors of AMR System Complexes
p.1342

Development of 110-220 kV Power Transformer Model for Equipment Functional State Assessment System
p.1347

Research on Classification Performance of Circuit Breaker Vibration Signal Based on Fuzzy C-Means Clustering Analysis
p.1352

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 960-961Research on Governor-Side Power System Stabilizer

Research on Governor-Side Power System Stabilizer

Abstract:

By analyzing the control principle of power system stabilizer (PSS),shows that the robustness of PPS is not ideal. Using the methods of state-space pole placement designed the governor-side power system stabilizer GPSS,and built a simplified model of the power system with simulink. The simulation experiment results made in the MATLAB shows that GPSS has good inhibitory effect of low-frequency oscillations.