Deep Connection Between Surge Arresters And Grounding Systems

In modern industrial facilities and architectural design, the function of 11kv surge arrester is far more than just the configuration of a single component. It must work in conjunction with the entire grounding system to guide high-amplitude currents from within the structure to the ground during lightning activity. Without a proper grounding network, the effectiveness of the 120 kv lightning arrester will be greatly reduced, and it may even lead to undesirable voltage conditions and create a dangerous potential difference between the equipment and the metal structure.

When lightning current travels down the 12kv surge arrester path, it needs a low-impedance path to be further discharged to the ground in order to avoid energy stagnation within the system. The design of the grounding system considers factors such as soil resistivity, grounding conductor material, and connection methods, which directly affect the impedance of the conduction path and the efficiency of current dispersion.

Without adequate grounding, lightning current can cause high-voltage transients in electrical systems, resulting in side flashes, induced overvoltages, and even increased electromagnetic noise, posing a potential risk to sensitive electronic devices and communication equipment. 132 kv lightning arrester and the grounding system should not be regarded as independent components, but should be designed and implemented as part of the overall lightning protection strategy.