Research On Construction Scheme Of Advanced Distribution Automation System In Datong Power Supply Company

As an important foundation for the intelligent distribution network, distribution automation technology is an important method to improve the power supply reliability and power quality, expand power supply capacity and realize efficient and economic operation of distribution network. At the same time, along with the computer network technology, communication technology and other technology upgrading, distribution automation system is developing rapidly. In view of this, it is the inevitable choice to construct and reform the advanced distribution automation system in Datong power supply company. As the focus of smart grid construction in Datong area, advanced distribution automation construction in Datong city will bring significant promotion for Datong intelligent distribution network operating. Therefore, research on construction scheme of advanced distribution automation system in Datong power supply company is important and worthy.In this thesis, the background and current situation of advanced distribution automation system based on smart grid is analyzed firstly. On the basis of further expounds the key technology of advanced distribution automation. Then, the overall guidance for the construction of distribution automation system in Datong is proposed based on the analysis of distribution automation system in Datong. According to this guidance from the construction of main parts, the overall construction plan of Datong advanced distribution automation system is designed. Especially the information system integration scheme based on IEC61960 and IEC61970 standard is given. Finally, the effect and benefit evaluation is carried out in view of the above schemes and the results proved that the advanced distribution automation construction and renovation project in Datong city effectively improve the technical and economic benefits. Moreover, it has obtained a good social efficiency and management efficiency.