Performance Of Copper-clad Grounding Rods In Power Transmission Systems

The highly conductive bonded rod can reduce the resistance between the grounding electrode and the soil. Its resistivity is significantly better than that of a single-material rod, and it exhibits stable electrical connection characteristics under various soil conditions. This conductor's transport characteristics significantly impact the process of conducting current to the ground. When current enters the soil through the grounding rod, the material's support for current flow directly affects energy loss. Lower resistance means fewer obstacles encountered by the current under the same conditions, thus reducing energy loss during transmission.

Systems using copper bonded can form a stable current loop more quickly when faced with sudden current or normal operating current, and are more likely to meet preset electrical parameter requirements compared to copper bonded earth rod price made of other materials.