Contents & References of Renewing the arrangement of radial distribution networks in order to reduce losses and improve the voltage profile in the presence of micro-networks
List:
Chapter One: Introduction
1-1-Introduction. 2
1-2- Necessity of research. 4
1-3-the purpose of research and its importance. 5
1-4-sections of the thesis. 6
Chapter Two: Review of the research carried out in the field of renovation in distribution networks.
2-1- Introduction. 8
2-2- Mathematical review of the issue of make-up renewal. 8
2-3- Weaknesses in the existing methods of radiation detection. 14
2-4- Different methods for the problem of redecoration in distribution systems. 16
2-4-1- The steps of the DSSHA algorithm are as follows. 18
2-5- A new algorithm to renew the design with the aim of minimizing power losses and improving the voltage profile 21
2-6- Redesigning the distribution system using a genetic algorithm based on connection graphs. 26- 2-7- Reorganization of the network to reduce photo loss and improve the reliability based on the improved genetic algorithm 27- 2-8- A more complete and efficient algorithm based on PSO and ACO for re-arrangement of distribution network feeders 30- 2-9 The optimal method for reconfiguration of distribution systems based on OPF and its solution by Bander's analysis method 31
2-10- Optimum reconfiguration of balanced and unbalanced distribution network considering scattered production. 33
Chapter three: Renewing distribution networks.
3-3- Intuitive innovative methods. 44
3-3-1- branch replacement method. 44
3-3-2- ring search method, branch removal. 46
3-3-3- The method of dividing the network into several components. 48
3-3-4- The method of closing all the keys "in normal state" and then unlocking them 50
4-3-5- The method of sequentially unlocking the keys 51
Chapter four: Statement of the problem
4-1- Introduction. 55
4-2- Formulation of the optimization problem. 55
4-2-1- The design variables in question. 55
4-3- target functions. 56
4-3-1- Resistance losses. 56
4-3-2- Improvement of voltage profile. 56
4-3-3- line load balancing. 56
4-3-4- Cost. 57
4-3-5- multi-target index. 57
4-4- Limitations of the problem. 58
4-4-1- The limitation of the voltage of the clamps 58
4-4-2- The limitation of the power of the lines. 58
4-4-3- Limitation of network arrangement. 58
4-5- Optimization algorithm. 58
4-5-1- Memory cluster optimization algorithm. 58
4-5-2- proposed combination algorithm. 60
4-5-3- The application of the presented algorithm on the problem of redecoration. 61
Chapter five: review and analysis of simulation results.
5-1- Introduction. 64
5-2- Algorithm performance comparison 66
5-3- Comparison of optimization results and other objective functions. 75
Chapter Six: Conclusions and Proposals.
6-1- General conclusion. 82
8-2- Suggested solutions for future researches. 83
Chapter Six: References
Source:
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