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Simulating the GB power system frequency during underfrequency events 2018-19

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posted on 17.05.2022, 03:16 authored by Christian CookeChristian Cooke

Simulating such events typically involves a system of differential equations representing the overall generation and load present at the time. The standard model based on the swing equation assumes unlimited capacity in aggregated resources, as well as the availability of these services for the duration of the frequency excursion. In simulating the effect of outages on the GB Grid frequency on 2019/8/9, the effect of limiting these services to the capacity of resources engaged during the event is examined. It is shown that by taking these refinements into account the timing and extent of the frequency nadir can be successfully estimated. Insight is gained into the responses of various characteristics of the grid and how they interact with unplanned generation imbalances. Using this adapted model, further events on the GB grid are examined to validate the influence of these features.

Funding

Extended University Alliance Doctoral Training Alliance in Energy, Applied Biosciences for Health and Social Policy DTA3

European Commission

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Email Address of Submitting Author

christian.cooke@open.ac.uk

ORCID of Submitting Author

0000-0002-9968-5200

Submitting Author's Institution

The Open University

Submitting Author's Country

United Kingdom

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