The advanced electric power grid: Complexity reduction techniques for reliability modeling
Computer Safety, Reliability, and Security: 27th International Conference …, 2008•Springer
The power grid is a large system, and analyzing its reliability is computationally intensive,
rendering conventional methods ineffective. This paper proposes techniques for reducing
the complexity of representations of the grid, resulting in a mathematically tractable problem
to which our previously developed reliability analysis techniques can be applied. The
IEEE118 bus system is analyzed as an example, incorporating cascading failure scenarios
reported in the literature.
rendering conventional methods ineffective. This paper proposes techniques for reducing
the complexity of representations of the grid, resulting in a mathematically tractable problem
to which our previously developed reliability analysis techniques can be applied. The
IEEE118 bus system is analyzed as an example, incorporating cascading failure scenarios
reported in the literature.
Abstract
The power grid is a large system, and analyzing its reliability is computationally intensive, rendering conventional methods ineffective. This paper proposes techniques for reducing the complexity of representations of the grid, resulting in a mathematically tractable problem to which our previously developed reliability analysis techniques can be applied. The IEEE118 bus system is analyzed as an example, incorporating cascading failure scenarios reported in the literature.
Springer
Showing the best result for this search. See all results
