DDC
| 621.3 |
Tác giả CN
| Hồ, Phạm Huy Anh |
Nhan đề
| Novel Optimal coordinated voltage control for distribution networks using differential evolution technique / Phạm Hồ Huy Anh, Cao Văn Kiên |
Mô tả vật lý
| 14 p. |
Tóm tắt
| This paper investigates a Distributed Generators (DG0) connected to distribution net-Works' offering multiple benefits for grids and environments in the case of renewable sources used .Nevertheless. this task requires an appropriate planning and control strategy. if not several drawback can issue including voltage rise problems and increased power losses. To overcome such disadvantages, this paper proposes a coordinated voltage control CVC 111ethod for distribution networks with multiple distributed generators. This new method is based on a differential evolution DH approach to obtain the optimal setting points for each control component. Furthermore this proposed method considers both of time-varying load demand and production, leading to not only an improvement in the voltage profile hut also to optimally minimizing the active power loss |
Từ khóa tự do
| Thuật toán |
Từ khóa tự do
| Điều khiển điện áp |
Từ khóa tự do
| Distributed Generators |
Từ khóa tự do
| Evolution DE algorithm |
Từ khóa tự do
| Máy phát điện phân tán |
Từ khóa tự do
| Optimal Coordinated Voltage Control |
Tác giả(bs) CN
| Cao, Văn Kiên |
Nguồn trích
| Tạp chí Tin học và Điều khiển học = Journal of Computer Science And Cybernetics 2018Page 3 -16
Số: 01
Tập: 34 |
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000
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001 | 21452 |
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002 | 9 |
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004 | 622A6520-F87A-46D5-8C34-6C0B51383577 |
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005 | 202005281428 |
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008 | 081223s vm| vie |
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009 | 1 0 |
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039 | |y20200528142845|zbacntp |
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082 | |a621.3 |
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100 | |aHồ, Phạm Huy Anh |
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245 | |aNovel Optimal coordinated voltage control for distribution networks using differential evolution technique / |cPhạm Hồ Huy Anh, Cao Văn Kiên |
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300 | |a14 p. |
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520 | |aThis paper investigates a Distributed Generators (DG0) connected to distribution net-Works' offering multiple benefits for grids and environments in the case of renewable sources used .Nevertheless. this task requires an appropriate planning and control strategy. if not several drawback can issue including voltage rise problems and increased power losses. To overcome such disadvantages, this paper proposes a coordinated voltage control CVC 111ethod for distribution networks with multiple distributed generators. This new method is based on a differential evolution DH approach to obtain the optimal setting points for each control component. Furthermore this proposed method considers both of time-varying load demand and production, leading to not only an improvement in the voltage profile hut also to optimally minimizing the active power loss |
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653 | |aThuật toán |
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653 | |aĐiều khiển điện áp |
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653 | |aDistributed Generators |
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653 | |aEvolution DE algorithm |
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653 | |aMáy phát điện phân tán |
---|
653 | |aOptimal Coordinated Voltage Control |
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700 | |aCao, Văn Kiên |
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773 | |tTạp chí Tin học và Điều khiển học = Journal of Computer Science And Cybernetics |d2018|gPage 3 -16|v34|i01 |
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890 | |c0|a0|b0|d0 |
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