Optimal Distributed Generator Allocation in Active Distribution Network Considering Reconfiguration
2014 ◽
Vol 672-674
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pp. 1117-1122
Keyword(s):
For the structure of active distribution network can flexibly adjust, an optimal distributed generator allocation model considering reconfiguration is proposed. This model is implemented in the GAMS software and solved using SBB solver based on branch and bound method, due to it is a 0-1 nonlinear mixed integer programming. IEEE 33 standard example is used to simulate for this model. Results show that reconfiguration can increase the capacity of absorbing DG, providing thoughts and guidance for confirming the capacity of DG, and for planning and operation of active distribution network.
Realization of the branch and bound method for solving the general mixed integer programming problem
1976 ◽
Vol 16
(3)
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pp. 241-246
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2020 ◽
Vol 617
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2000 ◽
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Vol 53
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pp. 1291-1306
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1990 ◽
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