Yanlin Li

TL;DR: Both methods are proved to be effective self-adaptive measures for power systems in both customer behavior regulation aspect and transmission strategy aspect to boost the system resilience, which could eventually help power system operators to deal with the natural hazards in a more flexible, resourceful, and reliable manner.

TL;DR: NTO and DTR are incorporated in the network-constrained unit commitment (NCUC) framework to study their synergistic effect on the power system day-ahead schedule and the numerical results verify that the coordination of NTO andDTR may help decrease the generation cost and wind power curtailment.

TL;DR: The results verify the effectiveness of the technologies to realize the potential of existing power system infrastructures so as to relieve the stress caused by the PHEVs load, increase the available penetration of PH EVs and promote the bulk power system reliability which is meaningful for power system planning and risk management.

TL;DR: A sequential Markov chain Monte Carlo (MCMC) model for reliability evaluation of the offshore wind farms considering the impact of severe offshore weather and the effects of other factors such as the enhanced protection for WT, the use of helicopter, and the weather characteristics of the OWF location on the reliability of OWF are discussed.

TL;DR: The line switching technology and dynamic line rating according to multi-regional environmental information are incorporated in the network-constrained unit commitment framework and the results verify the effectiveness of the coordination of two technologies in the reduction of generation cost and wind curtailment.