2010
DOI: 10.1109/tpwrs.2009.2036791
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A Robust Multiphase Power Flow for General Distribution Networks

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Cited by 55 publications
(35 citation statements)
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“…A straight solution would be to first "radialize" the grid (e.g., as in [38]) and apply CoDistFlow as is. Another possible solution would be to combine the grid radialization iterations [38] with the CoDistFlow iterations. Yet, as we focus on distribution networks, the method can be applied to most of actual systems that are characterized by being radial.…”
Section: Discussion On the Extension To Multiphase Unbalanced Grimentioning
confidence: 99%
See 1 more Smart Citation
“…A straight solution would be to first "radialize" the grid (e.g., as in [38]) and apply CoDistFlow as is. Another possible solution would be to combine the grid radialization iterations [38] with the CoDistFlow iterations. Yet, as we focus on distribution networks, the method can be applied to most of actual systems that are characterized by being radial.…”
Section: Discussion On the Extension To Multiphase Unbalanced Grimentioning
confidence: 99%
“…We have further imposed the constraints (37)-(38) (i.e., we require that the error quantity weighted by w 5 in the objective function (16) will be zero). Note that, if we include the part of the objective function (16) weighted by w 5 instead of the constraints (37)- (38), the new objective will not increase with the losses, thus the relaxation of [4] does not apply. Then, the constraints (37)-(38) may render the existing relaxation techniques inexact for the scenario-based optimization, as it is explained below.…”
Section: Non-applicability Of Existing Relaxation Techniquesmentioning
confidence: 99%
“…1. The algorithm shows that TPDA uses a sequential or partitioned method for solving the DAEs [13], [14]; the differential equations are solved using the trapezoidal method as implemented in the ode23t function of MATLAB while the Distributed Engineering Workstation (DEW ® ) software [16] is used to solve the algebraic equations. The four reasons for selecting this approach are as follows: 1.…”
Section: Algorithm Used In Tpda To Solve the Daesmentioning
confidence: 99%
“…In this paper, for avoiding the complexity of the calculations, the impact of unbalanced phases/loads in distribution network load flow equations is neglected. However if an unbalanced multiphase load-flow algorithm is needed with the capability to model all components and network features, the proposed algorithm can be extended using the methods proposed in [33], [34]. The application of the proposed method can be defined as minimizing the evaluated indices.…”
Section: B Case Ii: a Real 201-node Distribution Networkmentioning
confidence: 99%