This paper proposes a graph theory-based approach to define the possible separation of the market zones in large power systems. The market zone partitioning is used to assess the frequency stability based on a set of parameters, including the inertia, the running capacity of the separated areas, and the power exchanged on the interconnection lines. A system split indicator is finally used to rank the worst split lines. The methodology has been tested on real scenarios of the interconnected Continental Europe power system.

Frequency Stability of the European Interconnected Power System Under Grid Splitting in Market Zones / Mosca, Carmelo; Bompard, ETTORE FRANCESCO; Chicco, Gianfranco; Moreira, João; Sermanson, Vincent; Powell, Dante. - In: ENERGY SYSTEMS RESEARCH. - ISSN 2618-9992. - 3:4(2020), pp. 37-47. [10.38028/esr.2020.04.0005]

Frequency Stability of the European Interconnected Power System Under Grid Splitting in Market Zones

Carmelo Mosca;Ettore Bompard;Gianfranco Chicco;
2020

Abstract

This paper proposes a graph theory-based approach to define the possible separation of the market zones in large power systems. The market zone partitioning is used to assess the frequency stability based on a set of parameters, including the inertia, the running capacity of the separated areas, and the power exchanged on the interconnection lines. A system split indicator is finally used to rank the worst split lines. The methodology has been tested on real scenarios of the interconnected Continental Europe power system.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11583/2870556