Difference: MPS11 (1 vs. 4)

Revision 424 Sep 2014 - Main.RachelFogg

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[MPS11]

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R.Moreno, D.Pudjianto and G.Strbac,
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M. Castro, D.Pudjianto, P. Djapic and G.Strbac,
 Reliability-driven transmission investment in systems with wind generation, IET Generation, Transmission and Distribution, Volume 5, Issue 8, pp 850-859, August 2011
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FORM FIELD authors authors R.Moreno, D.Pudjianto and G.Strbac
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FORM FIELD authors authors M. Castro, D.Pudjianto, P. Djapic and G.Strbac
 
FORM FIELD title title Reliability-driven transmission investment in systems with wind generation
FORM FIELD where where IET Generation, Transmission and Distribution, Volume 5, Issue 8, pp 850-859,
FORM FIELD pubdate pubdate 2011

Revision 322 Sep 2014 - Main.RachelFogg

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  [MPS11] R.Moreno, D.Pudjianto and G.Strbac,
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Integrated reliability and cost-benefit framework for operation standards of resilient transmission networks,
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Reliability-driven transmission investment in systems with wind generation,
  IET Generation, Transmission and Distribution,
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submitted
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Volume 5, Issue 8, pp 850-859, August 2011
 

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Abstract not yet available
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This paper describes a methodology for assessing the transmission network adequacy in systems with significant contribution of wind generation. The historical network design standards were conceptualised for conventional generation and applying those standards to wind generation, given its lower reliability performance, is shown to lead to transmission overinvestment when wind generation is located in an exporting area or to underinvestment and a significant increase in the risk of loss of supply when it is located in an importing area. The objective of this work is therefore to update the methodology for determining the adequacy of transmission capacity to reflect the characteristics of wind generation, while maintaining the overall philosophy of the existing standards. This work is conducted to inform the review of the Great Britain (GB) network design standards to incorporate wind generation. Case studies are presented in the context of a simplified GB transmission system model to demonstrate that wind power tends to drive less transmission capacity than conventional generation.
 
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FORM FIELD title title Integrated reliability and cost-benefit framework for operation standards of resilient transmission networks
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FORM FIELD title title Reliability-driven transmission investment in systems with wind generation
FORM FIELD where where IET Generation, Transmission and Distribution, Volume 5, Issue 8, pp 850-859,
FORM FIELD pubdate pubdate 2011

Revision 214 Dec 2010 - Main.RachelFogg

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 [MPS11] R.Moreno, D.Pudjianto and G.Strbac, Integrated reliability and cost-benefit framework for operation standards of resilient transmission networks,
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IET Generation, Transmission adn Distribution,
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IET Generation, Transmission and Distribution,
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FORM FIELD $title authors R.Moreno, D.Pudjianto and G.Strbac
FORM FIELD $title title Integrated reliability and cost-benefit framework for operation standards of resilient transmission networks
FORM FIELD $title where IET Generation, Transmission adn Distribution
FORM FIELD $title pubdate submitted
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FORM FIELD authors authors R.Moreno, D.Pudjianto and G.Strbac
FORM FIELD title title Integrated reliability and cost-benefit framework for operation standards of resilient transmission networks
FORM FIELD where where IET Generation, Transmission and Distribution
FORM FIELD pubdate pubdate submitted

Revision 114 Dec 2010 - Main.RachelFogg

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[MPS11] R.Moreno, D.Pudjianto and G.Strbac, Integrated reliability and cost-benefit framework for operation standards of resilient transmission networks, IET Generation, Transmission adn Distribution, submitted

Abstract

Abstract not yet available

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META FORM name="PublicationForm"
FORM FIELD $title authors R.Moreno, D.Pudjianto and G.Strbac
FORM FIELD $title title Integrated reliability and cost-benefit framework for operation standards of resilient transmission networks
FORM FIELD $title where IET Generation, Transmission adn Distribution
FORM FIELD $title pubdate submitted
 

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