Why Is It Necessary To Improve The Energy Utilization Rate Of Copper-clad Grounding Rods?

copper bonded earthing is widely used in practical engineering due to its material combination characteristics. Its ability to conduct current through underground soil is closely related to soil resistance, contact area, and the layout of the grounding device. To improve energy utilization, the burial depth, installation method, and surrounding environmental conditions of grounding system copper bonded steel need to be considered, as these factors significantly affect the diffusion path of the grounding current.

In extreme conditions such as high-voltage power supply systems or lightning strikes, the power distribution of the copper bonded steel ground rod has a profound impact on the system's response speed and stable operation. Engineers can determine the efficiency of current entering the earth by evaluating grounding resistance and grounding system configuration. Through scientific grounding design, the copper bonded steel rod can more fully exert its conductivity and corrosion protection functions in actual operation, thereby improving the power conduction performance of the entire system.