Please use this identifier to cite or link to this item: http://ir.futminna.edu.ng:8080/jspui/handle/123456789/9493
Title: Effect of Contingency on Available Transfer Capability (ATC) of Nigerian 330KV Network
Authors: Sadiq, A. A.
Nwohu, M. N.
Ambafi, J. G.
Olatomiwa, L. J.
Keywords: Available Transfer Capability; Contingency; Line Outage; Simultaneous Transfer
Issue Date: 2014
Publisher: Electrical and Power Engineering Frontier [EPEF]
Citation: A. A. Sadiq, M. N. Nwohu J. G. Ambafi and L. J Olatomiwa (2014). Effect of Contingency on Available Transfer Capability (ATC) of Nigerian 330KV Network: Electrical and Power Engineering Frontier [EPEF]. Volume 3, Issue 2, PP. 8 – 15. Retrieved from http://wapbowen.oss-cn-hongkong.aliyuncs.com/PubFiles/EPEF10058-20140707-143502-6454-42627.pdf?Expires=1628978893&OSSAccessKeyId=UVhDXw2HqaJ5Mj2n&Signature=ett%2BzYK0hYf8meXy9d4H5dnqYXw%3D
Series/Report no.: Volume 3, Issue 2;PP. 8 – 15.
Abstract: Transfer capability Evaluation requires the consideration of various pre- and post- systems contingency to ascertain network security and the reliability of power system. In this paper, the effects of single line (N – 1) outage contingency and simultaneous transfer were considered in the Nigerian 330KV network. The result shows that a single line outage not only lower the ATC but can result in an infeasible operating condition (system collapse) of the Nigerian 330KV power grid. Moreover, an additional source area results in higher transfer capability.
Description: the effects of single line (N – 1) outage contingency and simultaneous transfer were considered in the Nigerian 330KV network
URI: http://repository.futminna.edu.ng:8080/jspui/handle/123456789/9493
Appears in Collections:Electrical/Electronic Engineering

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