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随着社会主义市场经济的发展与改革开放的不断推进,电气自动化技术的应用范围越来越广,在促进我国社会经济的发展与提升人们的生活水平等方面发挥着至关重要的作用。但在现实生活中,电气自动化中逐渐增强的非线性因素与单向电力的牵引负荷在很大程度上增加了电力系统的无功功率与负序。因此,对电气自动化与无功补偿技术进行研究,将有助于提升电气自动化控制的稳定性。
With the development of the socialist market economy and the continuous promotion of reform and opening up, the application of electrical automation technology is becoming more and more widespread. It plays a crucial role in promoting the social and economic development of our country and improving people’s living standards. However, in real life, the increasing non-linear factors in electric automation and the traction load of unidirectional power greatly increase the reactive power and negative sequence of the power system. Therefore, the study of electrical automation and reactive power compensation technology will help to improve the stability of electrical automation control.