State of the Art Approach for Comprehensive Power System Security Assessment - Real Case Study
Power system security assessment is performed regularly to ensure that the electric grid's operation mode is safe and maintains necessary stability margins. With the growing penetration level of intermittent renewable energy sources and increasing load on the power systems, the need for fast and reliable algorithms for power system security assessment has become critical. This paper reviews state-of-the-art approaches for steady-state security assessment and illustrates the advantages of the recently proposed Transversality Enforced Newton Raphson algorithm. We demonstrate the algorithm's robustness and its performance on a realistic case study of the Russian Far-East power system model, which expects substantial development in the nearest future. The proposed algorithm has been used to study the maximum loadability, maximum boundness of the nodal power injections, and total transfer capability of the current and future network development scenarios
Year of publication: |
[2022]
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Authors: | Baluev, Dmitry ; Ali, Mazhar ; Gryazina, Elena |
Publisher: |
[S.l.] : SSRN |
Saved in:
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