Coordinated Voltage Control on IEEE 33 bus and IEEE 69 bus radial distribution system using Genetic Algorithm with DG

We need output for each step mentioned below ( for IEEE 33 & 69 Bus system)

1) Without DG connection

2) With DG and Shunt Capacitors connected Max Voltage 1.85 pu

3) With Minimum Dg reactive power ( taking power factor = 0.99) and Shunt Capacitor. Max voltage 1.75 pu

4) With shunt capacitors switched off, Dg reactive power minimum. Max voltage 1.1 pu

5) With Shunt Reactors, Dg reactive power minimum Max voltage 1.06 pu

6) With OLTC Max voltage 1.05 pu Min voltage 0.95 pu, hence final volatge profile must be maintained within the range of 0.95 pu - 1.05 pu.

Optimise voltage profile using GA or PSO or Fuzzy Logic, get output for six steps mentioned above.

Output of Load Flow Analysis conducted by us on 33 & 69 bus system is attached alongwith our paper , you have to attain a similar plot using GA or PSO or Fuzzy Logic, Line data load data for bus systems, code through which we carried out load flow analysis is also attached.

人工智能 电气工程 矩阵及数学软件

项目ID： #10178286

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