Abstract
Due to the increasingly severe corrosion of transmission line towers and grounding grids by the environment in which they are located, we analyse the corrosion characteristics of transmission line towers and grounding grids and provide a theoretical basis for the stable operation of the power grid. This article studies the corrosion components composed of various factors, including water content, temperature, potential difference, area ratio of the cathode to anode, and accelerated corrosion time, through experimental simulation of heavy industrial pollution environment. The research results indicate that water content, potential difference between positive and negative electrodes, area ratio of positive and negative electrodes, and test temperature significantly impact the accelerated corrosion rate test results.
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