Design of low-voltage distribution networks: a mathematical programming method

Hindi, Khalil S.; Brameller, A.

doi:10.1049/piee.1977.0007

Cited by 55 publications

(22 citation statements)

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“…This methodology tries to solve together the analysis of location of substations, dimensioning of substations and feeders and finally distribution networks routing [Aoki et al 1990, Blanchard et al 1996, Boardman, Meckiff 1985, Brauner, Zobel 1994, El-Kadi 1984, Fawzi et al 1983, Gönen, Foote 1981, Gönen, Foote 1982, Gönen 1986, Hindi, Brameller 1977, Hsu, Chen 1990, Lin et al 1998, Miranda et al 1994, Nara et al 1991, Nara et al 1992, Ponnavaikko, Prakasa 1981, Quintana et al 1993, Ramírez-Rosado, BernalAgustin 1998, Ramírez-Rosado et al 1999, Ramírez-Rosado., Gönen 1991, Sun et al 1982, Tang 1996, Thompson, Wall 1981.…”

Section: Handling Of the Distribution Systemmentioning

confidence: 99%

“…There is no analysis of the demand growth, and there is no need to study the possible changes in substation and feeders installations through the planning period. Usually the horizon considered is one year [Adams, Laughton, 1974, Aoki et al 1990, Crawford, Holt Jr 1975, ElKadi 1984, Fawzi et al 1983, Gönen, Foote 1981, Hindi, Brameller 1977, Holt Jr, Crawford 1976, Masud 1974, Sun et al 1982, Thompson, Wall 1981, Wall et al 1979]. …”

Section: Planning Horizonmentioning

confidence: 99%

“…Some revised models [Adams, Laughton, 1974, ElKadi 1984, Gönen, Foote 1981, Gönen, Foote 1982, Hindi, Brameller 1977, Sun et al 1982, Thompson, Wall 1981, Wall et al 1979 do not include any constraint related to the minimum allowable voltage, thus creating solutions which may not be valid for real situations, as they may not deliver energy in the needed conditions.…”

Section: Voltage Losses and Radiality Considerationsmentioning

confidence: 99%

“…Then, the problem can be seen as a mixed integer linear programming problem [Adams et al 1984, Adams, Laughton, 1974, Afuso et al 1982, Aoki et al 1990, El-Kadi 1984, Fawzi et al 1983, Gönen, Foote 1981, Gönen, Foote 1982, Gönen 1986, Hindi, Brameller 1977, Masud 1974, Masud 1978, Nara et al 1991, Ramírez-Rosado., Gönen 1991, Sun et al 1982, Thompson, Wall 1981, Wall et al 1979, and solved using the available procedures based on the simplex method. The references [Adams et al 1984, Adams, Laughton, 1973, Afuso et al 1982] use a dynamic programming model and [Crawford, Holt Jr 1975, Holt Jr, Crawford 1976] use graph theory related models, and solve the problem combining shortest path algorithms and transportation algorithms.…”

Section: Mathematical Models Usedmentioning

confidence: 99%

“…The references [Adams et al 1984, Adams, Laughton, 1973, Afuso et al 1982] use a dynamic programming model and [Crawford, Holt Jr 1975, Holt Jr, Crawford 1976] use graph theory related models, and solve the problem combining shortest path algorithms and transportation algorithms. It's interesting to remark that many of the revised models used for practical problems use employ Branch and Bound algorithm as their solution technique [Adams et al 1984, Afuso et al 1982, Fawzi et al 1983, Gönen, Foote 1982, Hindi, Brameller 1977, Sun et al 1982, Thompson, Wall 1981, Wall et al 1979]. The models developed in [Adams, Laughton, 1974, Gönen, Foote 1981, Gönen, Foote 1982, Gönen 1986, Ramírez-Rosado., Gönen 1991] use straight mathematical programming formulations.…”

Section: Mathematical Models Usedmentioning

confidence: 99%

See 4 more Smart Citations

Models and Procedures for Electric Energy Distribution Planning. A Review

Sempertegui¹,

Bautista²,

Cubero³

et al. 2002

IFAC Proceedings Volumes

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Distribution system planning is a key component to accomplish the service in a fast growing demand market, both from a technical point of view and from the economic costs management. In the near future, electric companies will need faster and cheaper planning tools to evaluate different scenarios and their consequences for the rest of the system and provide their clients whit safe reliable and economic energy. The objective of this paper is to review different articles about this subject trying to continue the previous work from Gonen and Ramírez-Rosado in 1986 (Gönen,1986).

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Section: Handling Of the Distribution Systemmentioning

confidence: 99%

Section: Planning Horizonmentioning

confidence: 99%

Section: Voltage Losses and Radiality Considerationsmentioning

confidence: 99%

Section: Mathematical Models Usedmentioning

confidence: 99%

Section: Mathematical Models Usedmentioning

confidence: 99%

See 3 more Smart Citations

Models and Procedures for Electric Energy Distribution Planning. A Review

Sempertegui¹,

Bautista²,

Cubero³

et al. 2002

IFAC Proceedings Volumes

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show abstract

Power Substation Modeling

Leung

Khator

1999

Wiley Encyclopedia of Electrical and Electronics Engineering

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Cross‐entropy method for distribution power systems reconfiguration

Sebaa

Gelen

Nouri

2019

Engineering Reports

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Cross‐entropy (CE) is a powerful simulation method for the solution of continuous and combinatory optimization problems. The work presented here utilizes the CE method for the optimal topology of distribution power systems (DPSs). The optimal network switches are determined for the reduction of active power loss. The adapted CE method is tested on three case studies, namely, the 33‐node, 83‐node, and 880‐node DPSs. The results are compared with other reconfiguration algorithms to demonstrate the superiority of the proposed algorithm. The impact of the distributed generation is also investigated. The effective integration of the photovoltaic panels at midday, when their production is highest and meets the peak demand, is showed. Finally, the real‐time reconfiguration strategy based on the switching effort reduction is proposed and enhanced via an adequate selection of the initial switch states.

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Design of low-voltage distribution networks: a mathematical programming method

Cited by 55 publications

References 0 publications

Models and Procedures for Electric Energy Distribution Planning. A Review

Models and Procedures for Electric Energy Distribution Planning. A Review

Power Substation Modeling

Cross‐entropy method for distribution power systems reconfiguration

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