In recent years, with the increase of people's demand for electricity, users have higher and higher requirements for the reliability of electricity consumption. As an important way to distribute electric energy, the efficient and stable operation of distribution network has an increasing impact on people's economic life. On-site operation of distribution network is a key factor affecting the operation of distribution network, and its management level directly affects the safe production of distribution network and the safe and stable operation of distribution network. Under the background of this era, this paper proposes the design of the distribution network field operation safety management system based on DM(data mining) algorithm. In addition, the distribution network field operation regulations have brought significant changes to management activities, and management information systems have been built in all walks of life. Production activity management. Based on the traditional DM algorithm, this paper proposes a power grid field operation safety management system suitable for the current era. To a certain extent, the system can make the safety management and control work easier for practical operation, and a safety management system for on-site operation of the power grid has been formulated to effectively prevent the occurrence of power grid accidents caused by people. The research in this paper shows that the traditional distribution network field operation safety project type requires an engineering investment of 59%, while the new distribution network field operation safety project type requires only 43%. The number of planned adjustments to the traditional distribution network field work safety project type is 56, and the planned adjustment number of the new distribution network field work safety project type is 50. Compared with the traditional distribution network field operation safety project type, the new distribution network field operation safety project type has made obvious progress, and all aspects have been improved
KEYWORDS: Neural networks, Transformers, Information operations, Signal processing, Statistical analysis, Power supplies, Digital signal processing, Data modeling, Calibration, Algorithm development
With the rapid development of the energy industry, the power industry has also begun to rise, especially the household meter system, which is being implemented now, so that the mining and approval of electricity meters are also increasing. Using BPNN algorithm, this paper studies the DN operation and maintenanceIMS, and discusses the functional requirements of DN operation and maintenance information management, as well as BPNN and design scheme; The statistical analysis of user and load control data in the DN operation and maintenance information management statistical database shows that the average load rate of DN lines of industrial users is as high as 81% and the utilization rate of power station interval is 23%; The average load rate of DN lines of users in administrative office and the utilization rate of power station interval are 62%. The confidentiality of user basic information, user load data sheet, line load and economic data sheet has reached more than 80%, and the line load operation efficiency is only 53%, which needs to be improved.
In the north of China, the temperature difference between day and night in winter is large, and the concrete pole will have a slow freezing-thawing cycle. In this paper, the model making of C100 ultra high performance concrete (UHPC) electric pole is described. It is concluded that the loss of the relative dynamic modulus of the ultra-high performance concrete (UHPC) electric pole after 300 freezing-thawing cycles is small, and its quality is almost no loss, which guarantees the normal service of the UHPC electric pole in the cold zone environment.
Ultra high performance concrete pole has been widely applied in many provinces of China because of its high strength, excellent toughness and good durability. The carbonation resistance of uHPC will directly affect whether the performance of concrete in the electric pole is reduced and whether the steel bar can be better protected from corrosion. In this paper, the model making of C100 ultra high performance concrete (UHPC) electric pole is described. It is concluded that the concrete cured by uHPC electric pole has excellent carbonation resistance, can keep the high performance of UHPC concrete for a long time and effectively protect the steel bars in concrete from corrosion, thus ensuring the durability of uHPC electric pole in complex service environment.
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