Phasor Dynamics Influence on Electric Power System Performances
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Antonio Griffo
Dynamic behaviour analysis of electric power system has always played a vital role in operation and planning of power systems. This analysis relies on computer simulation which are usually based on simplifying assumptions which aim at rendering system modelling more amenable to numerical solution. However, it is well known that uncertainties and unmodelled dynamics could in some cases lead to unexpected results. In the paper a simplified dynamic model of transmission network is employed to evaluate the influence of network transients on dynamic behaviour of power systems. Although simplified, this model can easily capture usually neglected dynamics. Applications of this modelling is proposed with respect to two test systems, highlighting the effects of usually unmodelled dynamics.
©2011 Walter de Gruyter GmbH & Co. KG, Berlin/Boston
Artikel in diesem Heft
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- Application of Random Search Technique in Directional Overcurrent Relay Coordination
- Phasor Dynamics Influence on Electric Power System Performances
- Energy Planning with Air Pollution Constraints
- Life Cycle Impact Assessment of Fuel Procuring and Electricity Generating Processes in Japan by Using an 'LCA-NETS' Scheme
- Harmonic Reducing ANN Controller for a SVC Compensating Unbalanced Fluctuating Loads
- Modelling of TCSC Controller for Transient Stability Enhancement
- A Simulation-based Spectral Technique for Power Quality and EMC Design of an Independent Power System
Artikel in diesem Heft
- Article
- Application of Random Search Technique in Directional Overcurrent Relay Coordination
- Phasor Dynamics Influence on Electric Power System Performances
- Energy Planning with Air Pollution Constraints
- Life Cycle Impact Assessment of Fuel Procuring and Electricity Generating Processes in Japan by Using an 'LCA-NETS' Scheme
- Harmonic Reducing ANN Controller for a SVC Compensating Unbalanced Fluctuating Loads
- Modelling of TCSC Controller for Transient Stability Enhancement
- A Simulation-based Spectral Technique for Power Quality and EMC Design of an Independent Power System
