Abstract
Smart distribution automation is an important part of smart grids. In our country, power distribution network is open looped and radial. To optimize the power distribution network, this paper aims to conduct full data planning in smart distribution automation from the perspective of annual total cost to explore efficient and practical planning algorithm, and provide fundamental basis for development and completion of smart power distribution system. In this paper, firstly, we analyze the proposal background and features of smart distribution automation to prepare for limits and targets in the process of distribution network planning. Then, according to regional characteristics of smart distribution automation, we provide with appliance strategies of multi ant colony algorithm in planning of smart distribution automation and figure out the stimulation branch circuit data of full data planning in certain power supply region after 500 iterations. It turns out that the convergence of algorithm and the result of optimization are good. At last, after evaluating the result of distribution network planning, we make out an index evaluating system and come up with evaluating process of the planning results as well as algorithm principle of AHP, and finally provide fundamental basis for self-cure of smart distribution automation.
Highlights
As we all know, safety and stability urban power grids play important roles in development of urban industry and social activities
As for the planning, stimulation and evaluating of smart distribution automation, many scholars try hard to provide with research methods and conclusions to make contributions to the sound development of urban power grids in our country
This paper aims to research on full data planning of smart distribution automation based on former researches to figure out fundamental basis for the sound development of smart distribution automation
Summary
Safety and stability urban power grids play important roles in development of urban industry and social activities. (2009) have discussed features of smart distribution automation and self-cure capability of the protection and control facing smart distribution automation on basis of demand for protection and control system, came up with design for protection and control system, and respectively analyzed the appliance of structure of. This paper aims to research on full data planning of smart distribution automation based on former researches to figure out fundamental basis for the sound development of smart distribution automation
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