PROBABILISTIC SIMULATION FOR MULTI-BLOCK GENERATING UNITS SUBJECT TO PARTIAL OUTAGES.

David Feiler; Jacob Zahavi

PROBABILISTIC SIMULATION FOR MULTI-BLOCK GENERATING UNITS SUBJECT TO PARTIAL OUTAGES.

David Feiler^*, Jacob Zahavi

^*Corresponding author for this work

Coller School of Management

Research output: Contribution to conference › Paper › peer-review

6 Scopus citations

Abstract

The classical probabilistic simulation approach is extended in this paper to allow for partial outages of units which are scheduled to generation according to their merit order. Recursive relations for up to a four-state representation of the generating units are developed. The generalization to more than four states per unit is also presented. The approach was programmed and applied to a realistic power system. Selected results of the computer runs are analyzed and compared, and some computational considerations are discussed.

Original language	English
State	Published - 1979
Event	IEEE Power Eng Soc, Prepr, Summer Meet - Vancouver, BC, Can Duration: 15 Jul 1979 → 20 Jul 1979

Conference

Conference	IEEE Power Eng Soc, Prepr, Summer Meet
City	Vancouver, BC, Can
Period	15/07/79 → 20/07/79

Cite this

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title = "PROBABILISTIC SIMULATION FOR MULTI-BLOCK GENERATING UNITS SUBJECT TO PARTIAL OUTAGES.",

abstract = "The classical probabilistic simulation approach is extended in this paper to allow for partial outages of units which are scheduled to generation according to their merit order. Recursive relations for up to a four-state representation of the generating units are developed. The generalization to more than four states per unit is also presented. The approach was programmed and applied to a realistic power system. Selected results of the computer runs are analyzed and compared, and some computational considerations are discussed.",

author = "David Feiler and Jacob Zahavi",

year = "1979",

language = "אנגלית",

note = "IEEE Power Eng Soc, Prepr, Summer Meet ; Conference date: 15-07-1979 Through 20-07-1979",

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T1 - PROBABILISTIC SIMULATION FOR MULTI-BLOCK GENERATING UNITS SUBJECT TO PARTIAL OUTAGES.

AU - Feiler, David

AU - Zahavi, Jacob

PY - 1979

Y1 - 1979

N2 - The classical probabilistic simulation approach is extended in this paper to allow for partial outages of units which are scheduled to generation according to their merit order. Recursive relations for up to a four-state representation of the generating units are developed. The generalization to more than four states per unit is also presented. The approach was programmed and applied to a realistic power system. Selected results of the computer runs are analyzed and compared, and some computational considerations are discussed.

AB - The classical probabilistic simulation approach is extended in this paper to allow for partial outages of units which are scheduled to generation according to their merit order. Recursive relations for up to a four-state representation of the generating units are developed. The generalization to more than four states per unit is also presented. The approach was programmed and applied to a realistic power system. Selected results of the computer runs are analyzed and compared, and some computational considerations are discussed.

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AN - SCOPUS:85095905803

T2 - IEEE Power Eng Soc, Prepr, Summer Meet

Y2 - 15 July 1979 through 20 July 1979

ER -

PROBABILISTIC SIMULATION FOR MULTI-BLOCK GENERATING UNITS SUBJECT TO PARTIAL OUTAGES.

Abstract

Conference

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