Upgrading of the decision-making process for system development

Arnaud Vergnol; Bernard Campion; Jonathan Sprooten; Konstantin Gerasimov; Mette Gamst; Swasti Khuntia; Keith Bell; Waqquas Bukhsh; Edgar Martinez

Upgrading of the decision-making process for system development

Arnaud Vergnol, Bernard Campion, Jonathan Sprooten, Konstantin Gerasimov, Mette Gamst, Swasti Khuntia, Keith Bell, Waqquas Bukhsh, Edgar Martinez

Electronic And Electrical Engineering

Research output: Book/Report › Commissioned report

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Abstract

The planning horizon for a system development planner is long and a system planner must take into account potential changes to generation capacity and demand during that horizon. The uncertainties that affect system development are greater than those that apply, for example, in system operations. Thus, it is important to build up a credible set of operating states that is informed by various uncertainties and adequately represents the range of conditions that might reasonably be expected to arise. The next step in the system development process is to assess these operating states for system operability. If a power system is not operable on some (probable) operating states, then it identifies a potential need for investment in the system. However, given the number and range of uncertainties relevant to system development, pragmatic approaches must also be developed allowing their assessment. In this report, a comprehensive system development approach is presented.

Original language	English
Place of Publication	Brussels
Commissioning body	European Union
Number of pages	79
Volume	608540
Publication status	Published - 25 Oct 2016

Keywords

decision making
systems development process
network investment

Access to Document

Vergnol-etal-GARPUR-2016-Upgrading-of-the-decision-making-process-for-systemFinal published version, 5.32 MB

http://www.garpur-project.eu/

Cite this

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abstract = "The planning horizon for a system development planner is long and a system planner must take into account potential changes to generation capacity and demand during that horizon. The uncertainties that affect system development are greater than those that apply, for example, in system operations. Thus, it is important to build up a credible set of operating states that is informed by various uncertainties and adequately represents the range of conditions that might reasonably be expected to arise. The next step in the system development process is to assess these operating states for system operability. If a power system is not operable on some (probable) operating states, then it identifies a potential need for investment in the system. However, given the number and range of uncertainties relevant to system development, pragmatic approaches must also be developed allowing their assessment. In this report, a comprehensive system development approach is presented. ",

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AU - Campion, Bernard

AU - Sprooten, Jonathan

AU - Gerasimov, Konstantin

AU - Gamst, Mette

AU - Khuntia, Swasti

AU - Bell, Keith

AU - Bukhsh, Waqquas

AU - Martinez, Edgar

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N2 - The planning horizon for a system development planner is long and a system planner must take into account potential changes to generation capacity and demand during that horizon. The uncertainties that affect system development are greater than those that apply, for example, in system operations. Thus, it is important to build up a credible set of operating states that is informed by various uncertainties and adequately represents the range of conditions that might reasonably be expected to arise. The next step in the system development process is to assess these operating states for system operability. If a power system is not operable on some (probable) operating states, then it identifies a potential need for investment in the system. However, given the number and range of uncertainties relevant to system development, pragmatic approaches must also be developed allowing their assessment. In this report, a comprehensive system development approach is presented.

AB - The planning horizon for a system development planner is long and a system planner must take into account potential changes to generation capacity and demand during that horizon. The uncertainties that affect system development are greater than those that apply, for example, in system operations. Thus, it is important to build up a credible set of operating states that is informed by various uncertainties and adequately represents the range of conditions that might reasonably be expected to arise. The next step in the system development process is to assess these operating states for system operability. If a power system is not operable on some (probable) operating states, then it identifies a potential need for investment in the system. However, given the number and range of uncertainties relevant to system development, pragmatic approaches must also be developed allowing their assessment. In this report, a comprehensive system development approach is presented.

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KW - systems development process

KW - network investment

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BT - Upgrading of the decision-making process for system development

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