Ensuring the Stability of Power Systems Against Dynamic Load Altering Attacks: A Robust Control Scheme Using Energy Storage Systems. Germana, R., Giuseppi, A., & Di Giorgio, A. 2020. abstract bibtex This paper presents a robust protection scheme to protect the power transmission network against a class of feedback-based attacks referred in the literature as "Dynamic Load Altering Attacks" (D-LAAs). The proposed scheme envisages the usage of Energy Storage Systems (ESSs) to avoid the destabilising effects that a malicious state feedback has on the power network generators. The methodologies utilised are based on results from polytopic uncertain systems, invariance theory and Lyapunov arguments. Numerical simulations on a test scenario validate the proposed approach. © 2020 EUCA.
@CONFERENCE{Germana20201330,
author={Germana, R. and Giuseppi, A. and Di Giorgio, A.},
title={Ensuring the Stability of Power Systems Against Dynamic Load Altering Attacks: A Robust Control Scheme Using Energy Storage Systems},
journal={European Control Conference 2020, ECC 2020},
year={2020},
pages={1330-1335},
art_number={9143620},
abstract={This paper presents a robust protection scheme to protect the power transmission network against a class of feedback-based attacks referred in the literature as "Dynamic Load Altering Attacks" (D-LAAs). The proposed scheme envisages the usage of Energy Storage Systems (ESSs) to avoid the destabilising effects that a malicious state feedback has on the power network generators. The methodologies utilised are based on results from polytopic uncertain systems, invariance theory and Lyapunov arguments. Numerical simulations on a test scenario validate the proposed approach. © 2020 EUCA.},
author_keywords={Dynamic Load Altering Attacks; Electric Energy Storage Systems; Robust Control},
keywords={Data storage equipment; Dynamic loads; Electric equipment protection; Electric power system protection; Electric power transmission networks; Energy storage; Robust control; State feedback, Energy storage systems; Energy Storage Systems (ESSs); Feed-back based; Invariance theory; Polytopic uncertain systems; Protection schemes; Robust control scheme; Stability of power system, Electric power system stability},
document_type={Conference Paper},
}
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