stability analysis in power systems
Stability analysis in power systems refers to a systematic assessment of the ability of a power system to maintain equilibrium and operate reliably under various conditions, such as disturbances or changes in load demand. It involves evaluating the stability of the system's voltage, frequency, and overall dynamic response to ensure that it remains within acceptable limits, preventing the occurrence of voltage or frequency collapse, blackout, or other detrimental effects that may disrupt the supply of electrical energy.
Requires login.
Related Concepts (1)
Similar Concepts
- linear stability analysis
- nonlinear stability analysis
- stability analysis in biological systems
- stability analysis in chemical reactions
- stability analysis in computer networks
- stability analysis in control systems
- stability analysis in ecological dynamics
- stability analysis in economics
- stability analysis in environmental systems
- stability analysis in fluid dynamics
- stability analysis in mathematical optimization
- stability analysis in structural engineering
- stability analysis of control systems with bifurcations
- stability analysis of differential equations
- stability and bifurcation analysis