Smart frequency control for the future GB power system

Peter Wall, Negar Shams, Vladimir Terzija, Vandad Hamidi, Charlotte Grant, Douglas Wilson, Seán Norris, Kyriaki Maleka, Campbell Booth, Qiteng Hong, Andrew Roscoe

Research output: Chapter in Book/Report/Conference proceedingConference contribution book

Abstract

Replacing fossil fuel burning synchronous generation with asynchronous renewable generation to deliver environmental goals will significantly reduce system inertia. Reduced inertia allows a faster and larger frequency deviation after a disturbance and the reduction in inertia in GB will be significant enough in the next decade that the existing frequency control will be too slow to contain the frequency deviation after a large disturbance. Therefore, delivering fast, coordinated frequency control from new service providers, e.g. energy storage, (termed “smart frequency control”) will be vital to overcoming the challenge posed by reduced/variable inertia in GB. This paper describes some of the challenges that must be overcome when delivering this form of control, in terms of controller design and the definition of a new ancillary service, alongside simulation results for a 36 zone equivalent model of the GB frequency response that illustrate these challenges and the threats posed by reduced inertia.
LanguageEnglish
Title of host publication IEEE PES ISGT Europe
PublisherIEEE
Publication statusPublished - 9 Oct 2016

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Fossil fuels
Energy storage
Frequency response
Controllers

Keywords

  • frequency control
  • inertia
  • synthetic inertia
  • swing equation
  • wide area control

Cite this

Wall, P., Shams, N., Terzija, V., Hamidi, V., Grant, C., Wilson, D., ... Roscoe, A. (2016). Smart frequency control for the future GB power system. In IEEE PES ISGT Europe IEEE.
Wall, Peter ; Shams, Negar ; Terzija, Vladimir ; Hamidi, Vandad ; Grant, Charlotte ; Wilson, Douglas ; Norris, Seán ; Maleka, Kyriaki ; Booth, Campbell ; Hong, Qiteng ; Roscoe, Andrew. / Smart frequency control for the future GB power system. IEEE PES ISGT Europe. IEEE, 2016.
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abstract = "Replacing fossil fuel burning synchronous generation with asynchronous renewable generation to deliver environmental goals will significantly reduce system inertia. Reduced inertia allows a faster and larger frequency deviation after a disturbance and the reduction in inertia in GB will be significant enough in the next decade that the existing frequency control will be too slow to contain the frequency deviation after a large disturbance. Therefore, delivering fast, coordinated frequency control from new service providers, e.g. energy storage, (termed “smart frequency control”) will be vital to overcoming the challenge posed by reduced/variable inertia in GB. This paper describes some of the challenges that must be overcome when delivering this form of control, in terms of controller design and the definition of a new ancillary service, alongside simulation results for a 36 zone equivalent model of the GB frequency response that illustrate these challenges and the threats posed by reduced inertia.",
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Wall, P, Shams, N, Terzija, V, Hamidi, V, Grant, C, Wilson, D, Norris, S, Maleka, K, Booth, C, Hong, Q & Roscoe, A 2016, Smart frequency control for the future GB power system. in IEEE PES ISGT Europe. IEEE.

Smart frequency control for the future GB power system. / Wall, Peter ; Shams, Negar; Terzija, Vladimir; Hamidi, Vandad; Grant, Charlotte; Wilson, Douglas; Norris, Seán; Maleka, Kyriaki ; Booth, Campbell; Hong, Qiteng; Roscoe, Andrew.

IEEE PES ISGT Europe. IEEE, 2016.

Research output: Chapter in Book/Report/Conference proceedingConference contribution book

TY - GEN

T1 - Smart frequency control for the future GB power system

AU - Wall, Peter

AU - Shams, Negar

AU - Terzija, Vladimir

AU - Hamidi, Vandad

AU - Grant, Charlotte

AU - Wilson, Douglas

AU - Norris, Seán

AU - Maleka, Kyriaki

AU - Booth, Campbell

AU - Hong, Qiteng

AU - Roscoe, Andrew

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N2 - Replacing fossil fuel burning synchronous generation with asynchronous renewable generation to deliver environmental goals will significantly reduce system inertia. Reduced inertia allows a faster and larger frequency deviation after a disturbance and the reduction in inertia in GB will be significant enough in the next decade that the existing frequency control will be too slow to contain the frequency deviation after a large disturbance. Therefore, delivering fast, coordinated frequency control from new service providers, e.g. energy storage, (termed “smart frequency control”) will be vital to overcoming the challenge posed by reduced/variable inertia in GB. This paper describes some of the challenges that must be overcome when delivering this form of control, in terms of controller design and the definition of a new ancillary service, alongside simulation results for a 36 zone equivalent model of the GB frequency response that illustrate these challenges and the threats posed by reduced inertia.

AB - Replacing fossil fuel burning synchronous generation with asynchronous renewable generation to deliver environmental goals will significantly reduce system inertia. Reduced inertia allows a faster and larger frequency deviation after a disturbance and the reduction in inertia in GB will be significant enough in the next decade that the existing frequency control will be too slow to contain the frequency deviation after a large disturbance. Therefore, delivering fast, coordinated frequency control from new service providers, e.g. energy storage, (termed “smart frequency control”) will be vital to overcoming the challenge posed by reduced/variable inertia in GB. This paper describes some of the challenges that must be overcome when delivering this form of control, in terms of controller design and the definition of a new ancillary service, alongside simulation results for a 36 zone equivalent model of the GB frequency response that illustrate these challenges and the threats posed by reduced inertia.

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KW - inertia

KW - synthetic inertia

KW - swing equation

KW - wide area control

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M3 - Conference contribution book

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Wall P, Shams N, Terzija V, Hamidi V, Grant C, Wilson D et al. Smart frequency control for the future GB power system. In IEEE PES ISGT Europe. IEEE. 2016