Power System Stability and Control¶
Kundur, P. (1994). Power System Stability and Control. McGraw-Hill.
Cited by¶
2 citations across 2 artifacts.
Each citation links to the sentence it supports in the citing article.
Primes¶
- Synchronization
- Industrial control & power systems: Line synchronization in AC power grids (all generators must maintain phase lock at 50 or 60 Hz, or the grid collapses); synchronous motors and generators; industrial motion control (multiple motors synchronized to a reference encoder or clock); traffic-signal coordination to create a "green wave" of synchronized lights, all problems Kundur (1994) develops within the canonical framework of power system stability and rotor-angle synchronism.
This sourceCanonical engineering reference for AC power-grid synchronization: develops rotor-angle synchronism, generator phase-locking at 50/60 Hz, and the conditions under which loss of synchronism triggers cascading grid failure.
- Industrial control & power systems: Line synchronization in AC power grids (all generators must maintain phase lock at 50 or 60 Hz, or the grid collapses); synchronous motors and generators; industrial motion control (multiple motors synchronized to a reference encoder or clock); traffic-signal coordination to create a "green wave" of synchronized lights, all problems Kundur (1994) develops within the canonical framework of power system stability and rotor-angle synchronism.
Mechanisms¶
- Load Shedding Trigger
- It generalizes underfrequency load shedding, the automatic grid scheme that disconnects pre-designated blocks when frequency drops, to any depletable substrate.
This sourceDescribes underfrequency load shedding as an automatic grid scheme that disconnects pre-designated load blocks when frequency falls.
- It generalizes underfrequency load shedding, the automatic grid scheme that disconnects pre-designated blocks when frequency drops, to any depletable substrate.
Verification¶
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Registry ID ref:2fbc758b4283 · see in the full table