ANALYSIS OF VOLTAGE COLLAPSE BY SIMULATION Conference Paper

abstract

• Voltage collapse was investigated by simulations on a midsize power system with 39 buses and 10 generators. System loads were modeled as constant complex power corrupted with Gaussian noise of a small magnitude. The initial conditions for simulation were determined by singular-value decomposition of the load-flow Jacobian. The collapse-inducing disturbance was chosen to be a gradual increase of a portion of the total system load corrupted by noise. A systemwide voltage collapse was observed in all simulated scenarios. The slow dynamics of the collapse caused by load fluctuations opens perspectives for effective online detection. The constraints on the reactive power generation are discussed along with their effect on the stability boundary.

name of conference

• IEEE International Symposium on Circuits and Systems,

authors

• Begovic, Miroslav

published proceedings

• 1989 IEEE INTERNATIONAL SYMPOSIUM ON CIRCUITS AND SYSTEMS, VOLS 1-3

author list (cited authors)

• BEGOVIC, M. M., & PHADKE, A. G.

complete list of authors

• BEGOVIC, MM||PHADKE, AG

publication date

• December 1989

published in

• IEEE International Symposium on Circuits and Systems  Journal

keywords

• 39 Bus System
• Analytical Models
• Collapse-inducing Disturbance
• Computer Simulation
• Constant Active Power
• Constant Complex Power
• Digital Simulation
• Effective Online Detection
• Fluctuations
• Gaussian Noise
• Jacobian Matrices
• Load Flow
• Load Fluctuations
• Load Modeling
• Load-flow Jacobian
• Midsize Power System
• Power Generation
• Power System Analysis Computing
• Power System Modeling
• Power System Protection
• Power System Simulation
• Power System Stability
• Power System Voltage Collapse
• Reactive Power Generation Constraints
• Slow Dynamics
• Stability Boundary
• Systemwide Voltage Collapse
• Voltage
• Voltage Stability

start page

• 1855

end page

• 1858

volume

• 3