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Analysis method of feeder partition capacity considering power supply security and distributed generation

Large-scale integration of distributed generation (DG) increases the stability of the distribution network which in turn makes the network structure more complex to analyse. Thus, this study proposes a feeder partition available capacity calculation model considering N − 1 security verification and...

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Published in:	Journal of engineering (Stevenage, England) England), 2017, Vol.2017 (13), p.2466-2470
Main Authors:	Wang, Weifu, Cao, Zhaojing, Sun, Ke, He, De, Sun, Yanjun, Li, Chunxiao, Sun, Ming, Dong, Shufeng
Format:	Article
Language:	English
Subjects:	analysis method calculation method distributed generation distributed power generation distribution network feeder partition available capacity calculation model large‐scale integration network structure N‐1 fault N‐1 security verification power distribution faults power supply security power system security
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container_issue	13
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container_title	Journal of engineering (Stevenage, England)
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creator	Wang, Weifu Cao, Zhaojing Sun, Ke He, De Sun, Yanjun Li, Chunxiao Sun, Ming Dong, Shufeng
description	Large-scale integration of distributed generation (DG) increases the stability of the distribution network which in turn makes the network structure more complex to analyse. Thus, this study proposes a feeder partition available capacity calculation model considering N − 1 security verification and DG, in order to provide data support for distribution network's operation and planning. Firstly, the authors discuss DG's different categories and respective treatment in N − 1 fault. Secondly, a calculation method of feeder partition available capacity is proposed for the distribution network with a high permeability of DG. Finally, the calculation results of a practical distribution network prove the practicability and effectiveness of the proposed method.
doi_str_mv	10.1049/joe.2017.0772
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subjects	analysis method calculation method distributed generation distributed power generation distribution network feeder partition available capacity calculation model large‐scale integration network structure N‐1 fault N‐1 security verification power distribution faults power supply security power system security
title	Analysis method of feeder partition capacity considering power supply security and distributed generation
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