Calculation of Induced Voltage in Electrical Engineering Based on 3DE Platform

The development of the national economy cannot be separated from the stable support of the power industry. As an indispensable and important energy source in modern social life and production, the stable supply of electricity plays a crucial role in maintaining the sustainable development of the national economy and the normal order of people's lives. However, during the maintenance and repair of transmission lines, the induced voltage and current generated between the lines have become important factors threatening the safety of personnel. In order to effectively evaluate and control these potential safety risks, this paper proposes an electrical induction voltage calculation algorithm based on the 3DE platform. This algorithm fully utilizes the powerful functions of 3DE platform in 3D modeling, electromagnetic field simulation, and data analysis, and can achieve accurate calculation of induced voltage in complex electrical systems. The experimental results show that the algorithm has high computational accuracy and stability, and can accurately predict the magnitude and distribution of induced voltage under different conditions, providing strong technical support for the safe maintenance and repair of electrical systems.