Supplementary material.pdf (470.32 kB)
Download fileA Sensitivity-Based Three-Phase Weather-Dependent Power Flow Algorithm for Networks with Local Controllers—Supplementary
preprint
posted on 2020-12-23, 07:35 authored by Evangelos PompodakisEvangelos Pompodakis, Arif Ahmed, Minas AlexiadisThis supplementary document is part of the original 2-Part manuscript titled “A SensitivityBased Three-Phase Weather-Dependent Power Flow Algorithm for Networks with Local Controllers.”
This research focuses on proposing a novel sensitivity-based three-phase weather-dependent power
flow algorithm for distribution networks with local voltage controllers (LVCs). The proposed algorithm
has four distinct characteristics: a) it considers the three-phase unbalanced nature of distribution
systems, b) the operating state of LVCs is calculated using sensitivity parameters, which accelerates the
convergence speed of the algorithm, c) it considers the precise switching sequence of LVCs based on
their reaction time delays, and d) the nonlinear influence of weather variations in the power flow is also
taken into consideration. In this supplementary document, the relevant derivations of the sensitivity
parameters are presented to complement the original 2-Part manuscript.
Funding
State Scholarship foundation (IKY)
History
Email Address of Submitting Author
bobodakis@hotmail.comSubmitting Author's Institution
Aristotle University of ThessalonikiSubmitting Author's Country
- Greece