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    Item type:Publication,
    Communication assisted permissive underreach transfer tripping scheme
    (IEEE, 2024) ;
    Hawa, Mohammed
    ;
    In this paper, the robust features of wireless sensor networks are utilized in tele-protection systems. Cognitive radio algorithms are applied to transfer tripping signals from one substation to another in a permissive underreach transfer tripping scheme. The dependability, security, and cost of the proposed scheme is discussed within this paper and is compared with other common communication links in tele-protection schemes. The proposed scheme offers a broad communication network that allows the relays at the remote substations to communicate with each other which permits a more dependable backup protection without the need for third zone settings of the distance relay. Hence, the impacts of load encroachment and infeed are mitigated. A cyber-physical co-simulation is run in MATLAB/SIMULINK® to investigate the effectiveness of the proposed scheme.
    Publicationtype: Conference Paper
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