How to protect telecommunications towers from lightning strikes

Towers transmitting cellular signals can be seen almost everywhere. For this purpose, communication equipment and antennas are installed on buildings, allowing telephones and radios for wireless communication and signal transmission. Due to the growing demand for uninterrupted and high data speeds, engineers and tower owners continue to update data and 5G technology. This is the stronger technology and pillar of each communications department. The electrical equipment and supporting technology must work normally to ensure normal signal reception and uninterrupted communication in the area. Therefore, it is an urgent matter to protect telecommunications towers from lightning strikes. The use of a maintenance-free grounding system is currently the most suitable solution.

Where to install the embedded grounding measures?

Due to the high height of telecommunications towers, people are increasingly worried about the high risk of lightning strikes. This makes communication towers a list of structures that require careful design and proper installation of lighting protection systems. As we know, lightning hitting the highest conductor can conduct this high current falling from the sky. The fact is that the higher the tower, the more likely it is to be hit by the light, because the light will always find the shortest path to the ground. They must go through an electrical safety review because electronic devices can conduct electricity and make the situation worse. Should it be an important issue? They can accumulate static charges on them, which can damage the electronic equipment connected to the tower, such as antennas, wires, etc.

How to effectively protect telecommunications towers from lightning strikes?

We understand the importance of installing a proper lightning protection system for communication towers and their equipment. For many years, our products, namely air terminals, down conductors, and maintenance-free grounding systems, have been used to deal with this natural phenomenon and protect them from high-energy bolts. All communication towers require grounding measures that are firmly embedded in the recommended standards for lightning and surge protection technology. Therefore, sunlight provides a maintenance-free grounding system, which is an ancient and mature technology that recommends the use of air terminals and down-conductor networks, insulators, and maintenance-free tripod grounding heat connection technology according to industry standards to provide maximum shielding protection. Lightning strikes.

Measures to effectively protect telecommunications towers from lightning strikes

Lighting can cause health risks and damage. This can be prevented by installing a capture system on the top of the tower, that is, we need to have an air terminal of the required height, which will be electrically connected to a maintenance-free grounding system. It is recommended to use a maintenance-free grounding system that meets the technical standards, in which the brazed round conductor extends to the ground and is connected to the conductive part of the ground, allowing the fault to dissipate to the ground freely. Embedded grounding measures are a key part, in which the texture of the soil is very important, and the conductor grounding enhancement compound, which is a material with a resistivity of less than 0.12 ohm meters. The entire structure and connected communication equipment can be properly shielded and protected from long-term exposure. This coherent technology should be part of all towers to ensure seamless and cost-effective operation throughout its life cycle.

General summary about lightning protection

The formation of static charges on the tower attracts light, which can cause damage to equipment and buildings. This is a requirement for lightning protection devices that comply with standards and certifications. The correct system design and embedded grounding measures will provide a safe path for lightning strikes, whether it is a direct lightning strike or a nearby lightning strike. Otherwise, the parts may be damaged and cannot be rectified, and the wires may be burned. The concept of structural protection awareness and the development of a standardized protection scheme to intercept lightning strikes is a necessary condition for a maintenance-free grounding system.

Tags: Protect telecommunications towers from lightning strikes, embedded grounding measures, maintenance-free grounding system