The Principle of Intelligent Switch Composition and Algorithm of the Built-In Electronic Voltage Transformer

Abstract

With the rapid development of the social economy, people’s demand for energy is increasing. Global warming has made people pay more attention to the importance of energy saving and emission reduction. The power grid is the system responsible for the transmission and distribution of electric energy. Therefore, in the context of energy saving and emission reduction, there are higher requirements for substations in the power grid. For this reason, an intelligent switch with built-in electronic voltage transformer is designed. The concept and key technical characteristics of the electronic voltage transformer intelligent switch are introduced; the overall design scheme of the built-in electronic voltage transformer intelligent switch is expounded; the hardware and software system of the device is designed; the management and control strategy of the design device is such as transformer tangent control, voltage and reactive control; and the operating system is ported. Finally, the simulation test of the system proves that the system has high effectiveness and stability. The research can provide reference for the realization of efficient, economic, stable, safe, and environmentally friendly distribution of power in a power grid.

Design and Implementation of Programmable Logic Controller Based Automatic Transfer Switch

“…The same definition can be applied to this device. Therefore, a relay is a switch that electrically regulates circuits [11]. In order to turn it on or off, signals are used to initiate or break contact without the need for human involvement in this system's principal function.…”