输配电工程中35 kV变压器模拟送电调试方法研究

Research on Simulation Method of 35 kV Transformer Analog Transmission in Transmission and Distribution Engineering

随着输配电工程的发展,配电站的安全性高、可靠性好等优点被电力行业广泛应用,高压变压器的模拟送电调试工作作为高压变电站建设的重要部分,调试的质量和效率直接影响变电站的安全与稳定,为了提高高压变压器模拟送电调试效率,保证输配电工程顺利进行,提出了输配电工程中35 kV变压器模拟送电调试方法研究。基于35 kV变压器模拟送电调试仪器的选择,构建35 kV变压器模拟送电调试体系,依托35 kV变压器模拟送电调试内容的分析,实现35 kV变压器模拟送电调试。实验数据表明,提出的模拟送电调试方法相比于传统模拟送电调试方法,对输配电工程中的35 kV变压器模拟送电调试具有较高的调试能力,促进了电力的发展。

With the development of power transmission and distribution engineering,the advantages of high safety and reliability of the power station are widely used in the power industry.The analog power transmission debugging of high voltage transformers is an important part of the construction of high voltage substation,and the quality and efficiency of commissioning are direct.Influencing the safety and stability of the substation,in order to improve the efficiency of the high-voltage transformer simulation power transmission and ensure the smooth progress of the transmission and distribution project,the research on the simulation method of the 35 kV transformer analog power transmission in the transmission and distribution project is proposed.Based on the selection of 35 kV transformer analog power transmission debugging instrument,the 35 kV transformer analog power transmission debugging system is constructed.Based on the analysis of 35 kV transformer analog power transmission debugging content,the 35 kV transformer analog power transmission debugging is realized.The experimental data shows that the proposed analog power transmission debugging method has higher debugging ability for the 35 kV transformer analog power transmission debugging in the transmission and distribution project than the traditional analog power transmission debugging method,which promotes the development of power.