Wall, Peter and Shams, Negar and Terzija, Vladimir and Hamidi, Vandad and Grant, Charlotte and Wilson, Douglas and Norris, Seán and Maleka, Kyriaki and Booth, Campbell and Hong, Qiteng and Roscoe, Andrew (2016) Smart frequency control for the future GB power system. In: IEEE PES ISGT Europe. IEEE.
Wall_etal_ISGT2016_Smart_frequency_control_for_the_future_GB_power_system.pdf - Accepted Author Manuscript
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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.
|Item type:||Book Section|
|Keywords:||frequency control, inertia, synthetic inertia, swing equation, wide area control, Electrical engineering. Electronics Nuclear engineering, Electrical and Electronic Engineering|
|Subjects:||Technology > Electrical engineering. Electronics Nuclear engineering|
|Department:||Faculty of Engineering > Electronic and Electrical Engineering|
|Depositing user:||Pure Administrator|
|Date Deposited:||28 Oct 2016 11:09|
|Last modified:||23 Apr 2017 05:19|