Development of an EMT model of the Balearic power system

Yousef Pipelzadeh; Dharshana Muthumuni; Farid Mosallat; Javier Renedo; Silvia Sanz Verdugo; Antonio Cordón; Edgar Nuño; Macarena Martín

arXiv · 2610.00034

Development of an EMT model of the Balearic power system

Yousef Pipelzadeh·Dharshana Muthumuni·Farid Mosallat·Javier Renedo·Silvia Sanz Verdugo·Antonio Cordón·Edgar Nuño·Macarena Martín

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Abstract

The Balearic Islands are striving to achieve 100% renewable energy, which poses new challenges in operating the power system securely and reliably. With a higher integration of inverter-based resources (IBRs) and a reduced presence of conventional synchronous generators, the system strength, particularly short circuit levels, becomes weaker and more susceptible to disturbances; and the total inertia of the system becomes lower. Technology enablers are planned to achieve energy transition in the Balearic power system: a new 2x200 MW VSC-HVDC link (bipole with metallic return), Synchronous Compensators (SC) and Battery Energy Storage Systems (BESS), as fully-integrated network components. Detailed ElectroMagnetic Transient (EMT) simulation studies may be needed to analyse stability of the system, due to the high amounts of power-electronics devices in the system. This paper describes the implementation of an EMT model of the Balearic power system.

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Yousef Pipelzadeh, Dharshana Muthumuni, Farid Mosallat, Javier Renedo, Silvia Sanz Verdugo, Antonio Cordón, Edgar Nuño, Macarena Martín. 2026-09-02. Development of an EMT model of the Balearic power system. https://arxiv.org/abs/2610.00034

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