Dec 30, 2020 · In this paper, an enhanced tie-line bias control method is proposed by predicting PV power generation and bus frequencies.
The use of synchrophasor networks consisting of PMUs can enable smooth power system operations overcoming the challenges of PV power variability and uncertainty ...
Jan 21, 2022 · Typical results indicate that the enhanced AGC structure pro- vides a resilient and sustainable tie-line bias control in uncertain environments.
"Resilient and Sustainable Tie-Line Bias Control for a Power System in Uncertain Environments". IEEE Transactions on Emerging Topics in Computational ...
V. CONCLUSION In this paper, an enhanced tie-line bias control method is proposed for a power system in uncertain environments. Tieline bias control is ...
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What is tie-line bias control in a power system?
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Resilient and sustainable tie-line bias control for a power system in uncertain environments. I Jayawardene, GK Venayagamoorthy, X Zhong. IEEE Transactions on ...
Resilient and Sustainable Tie-Line Bias Control for a Power System in Uncertain Environments. Article. Full-text available. Dec 2020.
Resilient and sustainable tie-line bias control for a power system in uncertain environments. I Jayawardene, GK Venayagamoorthy, X Zhong. IEEE Transactions on ...
Dec 25, 2015 · Enhanced tie-line bias control in a two-area power system with large variable photovoltaic plant generation has been presented in this paper.
While minimizing the likelihood of large-area, long-duration outages is important, a resilient system is one that acknowledges that such outages can.