Bibliography on Power Systems Probabilistic Security Analysis 1968-2008

Abstract

This paper presents a bibliography on power systems probabilistic security, encompassing small signal, transient stability analysis, and a plethora of closely related subjects.

Network reliability framework integrating demand response and flexible OHL ratings

“…SMC is implemented to sample the MTTF and MTTR and hence to generate the OHL status from 'up' and 'down' transition states over one complete simulation year (y). In the initialisation module, the standard network optimisation through an AC optimal power flow (ACOPF) is implemented at any time step Δt with line failures [26]. If corrective actions are required, the generation redispatch and load curtailments are implemented while EDR is neglected.…”

“…The radiation heat loss Q r (t) is modelled by (26) for an OHL conductor emissivity, ɛ m . Equation 26is restructured to (27) that allows associating Q r (t) with ΔT c (t), while variables A, B(t) and C(t) are described in (28) Q r (t) = 0.…”

“…The thermal ageing ε L, j, T c of an OHL operated at a temperature T c (t) for a duration of t L, j, T c at any Δt is evaluated using (40). A L,j is the conductor cross-section area and L,j is the conductor tension for line L j , which depends on the installation and operating conditions of line L j [26]. Hence, the equation is applied to the line…”

Time‐horizons in the planning and operation of transmission networks: an overview

“…Some of these are Schilling et al for the period 1962Schilling et al for the period -1988Schilling et al for the period in 1990, Billinton in 1972 [4], Allan et al for 1987Allan et al for -1991Allan et al for in 1994, and Billinton et al for 1996Billinton et al for -1999Billinton et al for in 2001. Schilling et al [7] made a comprehensive bibliographic study of probabilistic security analysis for the period 1968-2008 which included 521 articles in a 40-year range. In the past three decades, a variety of achievements have been accomplished on the concepts, models, algorithms, software and applications of power system reliability [8][9][10].…”

Probabilistic reliability assessment in operation planning

“…The literature emphasizes risk levels when assessing system performance. For example, the literature recognizes the inherently stochastic or probabilistic nature of power systems, and attempts to avoid waste originating from purely deterministic decisions [1][2][3][4][5].…”