The complexity of an interconnected power system has grown exponentially with the
increased load demands. These demands and stress conditions are the potential nodes in …

The expansion of distributed energy resources and other technologies, along with changing
customer expectations, have complicated the interoperability challenge. This revision of the …

This paper describes the design and implementation of a proof-of-concept Pacific dc Intertie
(PDCI) wide area dam** controller and includes system test results on the North American …

In an interconnected multi-area power system, wide-area measurement based dam**
controllers are used to damp out inter-area oscillations, which jeopardize grid stability and …

A wide-area dam** controller (WADC) is effective in dam** inter-area low-frequency
oscillation (LFO), if the time delay in a wide-area control loop can be properly handled. In …

For decades, power system stabilizers paired with high initial response automatic voltage
regulators have served as an effective means of meeting sometimes conflicting system …

This paper introduces the concept of adaptive coordination of dam** controllers for
enhancing power system stability. The coordination uses phasor measurement units (PMUs) …

The growing complexity of interconnected power systems, with significant penetration of
intermittent renewable sources, makes the tasks of devising power system models and …

Conventional power oscillation dam** (POD) controllers have been designed to be
effective in dam** either inter-area low-frequency oscillations (LFO) or sub-synchronous …

A wide-area controller to damp inter-area oscillations in the North American Western
Interconnection (WI) by modulating power transfers in a HVDC link is used in this paper to …