Temperature Field Simulation and Intelligent Control Algorithm in the Process of Flameless Welding of Transmission Line Grounding Device

The purpose of this study is to discuss the temperature field simulation and intelligent control algorithm of transmission line grounding device during flameless welding. Firstly, the temperature field distribution in the welding process is simulated and analyzed in detail by numerical simulation method, and the temperature distribution characteristics in the welding area and its influence on welding quality are explored. Secondly, combined with intelligent control algorithm, the welding parameters are optimized and adjusted to improve the stability and efficiency of the welding process. By comparing the experimental data with the simulation results, the accuracy and reliability of the simulation method are verified. The energy consumption is further analyzed, and the energy utilization efficiency of welding process is evaluated, which provides a reference for environmental protection and energy saving. This study provides an important theoretical and experimental basis for improving welding quality, energy saving and environmental protection, and has certain engineering application and popularization value.