Minimize electricity generation cost for large scale windthermal systems considering prohibited operating zone and power reserve constraints

PhD.Phan Van DucPhan Nguyen VinhBach Hoang DinhHung Duc NguyenThang Trung Nguyen

Faculty of Automotive Engineering

Research output: Article

researchs.abstract

Wind power plants (WPs) play a very important role in the power systems because thermal power plants (TPs) suffers from shortcomings of expensive cost and limited fossil fuels. As compared to other renewable energies, WPs are more effective because it can produce electricity all a day from the morning to the evening. Consequently, this paper integrates the optimal power generation of TPs and WPs to absolutely exploit the energy from WPs and reduce the total electricity generation cost of TPs. The target can be reached by employing a proposed method, called one evaluation-based cuckoo search algorithm (OEB-CSA), which is developed from cuckoo search algorithm (CSA). In addition, conventional particle swarm optimization (PSO) is also implemented for comparison. Two test systems with thirty TPs considering prohibited working zone and power reserve constraints are employed. The first system has one wind power plant (WP) while the second one has two WPs. The result comparisons indicate that OEB-CSA can be the best method for the combined systems with WPs and TPs.

Overview
Type
Article
Publication year
Jun 2021
Original language
English
Published Journal
International Journal of Electrical and Computer Engineering (IJECE)
Volume No
Vol. 11 No. 3
Classification
Scopus Indexed
ISSN index
2088-8708
Page
1905-1911
Quartiles
Q2

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