Voltage instability and collapse have become an increasing concern in
planning, operation, and control of electric power systems. In order to
understand the phenomena and mechanics of voltage instability,a powerful
and user-friendly analysis tool is very helpful. Voltage Stability
Toolbox (VST) developed at the Center for Electric Power Engineering,
Drexel University combines proven computational and analytical
capabilities of bifurcation theory and symbolic mplementation and
graphical representation capabilities of MATLAB and its Toolboxes. It
can be used to analyze voltage stability problem and provide intuitive
information for power system planning, operation, and control.
Voltage Stability Toolbox, developed at Center for Electric Power
Engineering, Drexel University is a powerful software for studying the
phenomena and mechanics of voltage instability. The computational and
analytical capabilities of bifurcation theory, and symbolic/graphical
representation capabilities of MATLAB combined lead to proven tool for
analyzing voltage stability problem and providing intuitive information
for power system planning,
operation, and control.
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