TAKO since 1979’s Lightning Arrester System: Secure your Safety!

Lightning Arrester System

Introduction: Lightning Arrester System

Since 1979, TAKO has improved its Lightning Arrester System to match modern safety rules better. Our commitment to excellence is evident in every aspect of our lightning protection solutions. From residential properties to industrial complexes, TAKO ensures comprehensive protection against the devastating effects of lightning strikes.

Lightning Strikes Issues in Malaysia

lightning arrester system

Malaysia is the second most hit country by lightning worldwide, getting about 280 lightning days every year. This puts Malaysia in a tough spot to deal with the damage caused by these frequent lightning strikes.

Malaysia has good infrastructure. But its tropical climate and location make it prone to lightning strikes. To keep things safe, it’s crucial for Malaysia to have strong lightning protection systems. Lightning strikes happen fast and with high voltage, posing significant threats to businesses, causing chaos and even disasters.

Lightning Arrester and Its Functions

lightning arrester system

A lightning arrester (lightning arrestor) is super important for keeping buildings and power systems safe from lightning strikes. It works by directing the huge electrical currents from lightning strikes safely into the ground. This stops the lightning from wrecking the building or equipment it’s protecting.

The arrester system usually has a metal rod or wire on the highest part of a building. Cables connect this to rods buried deep in the ground.

The main job of a lightning arrester system is to give lightning a quick and easy path to the ground. This helps to get rid of its power harmlessly. This system protects things like wiring, appliances, and building structures from lightning damage.

Besides, it also stops fires and keeps people safe. Plus, it reduces the risk of voltage surges caused by lightning strikes, which could damage more devices. Basically, a well-set-up system is like a shield against the powerful force of lightning. It’s crucial for keeping homes and businesses safe.

Lightning arresters give lightning a safe path to release its energy. So, having a good system is important. It lowers the risk of lightning strikes. Plus, it keeps electrical systems, circuit breakers and buildings safe and functioning properly.

Lightning Rod, Lightning Arrester, is it the Same?

Lightning Arrester System

A lightning rod, also known as a lightning conductor, is a metal rod or conductor installed on the highest point of a structure. Its purpose is to attract lightning strikes, provide a safe path for the electrical current and make surges travel to the ground.

Lightning rods connect to cables, leading to buried rods in the ground. They steer lightning away from buildings and people, preventing damage and reducing the risk of fire or injury.

Lightning arresters, also known as surge arresters, safeguard electrical systems from transient voltage surges caused by lightning strikes. They redirect excess electrical energy caused by lightning strikes away from sensitive equipment. For example, equipment like power lines, electrical devices and communication lines. Unlike lightning rods, they don’t attract lightning but instead create a path for the surge to follow, grounding it and shielding devices from harm.

Total Solution TAKO Provides for your Lightning Protection Plan

Lightning Arrester System

  • Site Inspection: Thorough examination of your premises to identify potential lightning strike risks.
  • Site Consultation: Professional guidance and advice tailored to your specific lightning protection needs.
  • Risk Assessment: Evaluation of potential hazards posed by lightning strikes to determine the level of protection required.
  • Lightning Arrester: Installation of devices designed to divert lightning strikes away from structures and equipment.
  • Earthing System: Implementation of grounding infrastructure to safely dissipate electrical currents caused by lightning strikes.
  • Lightning Counter: Installation of equipment to accurately record and track instances of lightning activity.
  • Power Distribution: Design and installation of electrical systems to efficiently distribute power frequency while minimizing lightning-related risks.
  • Lightning Surge Protection Devices: Integration of surge protection equipment to safeguard against voltage spikes caused by lightning strikes.
  • Lightning Warning System: Deploy early warning mechanisms to alert people of impending lightning activity, enabling proactive safety measures.


In conclusion, our Lightning Arrester System by TAKO shows our strong dedication to creating top-notch solutions. It helps save lives and property from lightning strikes.

With years of experience, we’ve improved our lightning protection methods to match our clients’ changing needs. We check sites thoroughly. We install arrester systems. We do all this to keep businesses and people safe from surprises from nature.


Can lightning rods replace lightning arrester system?

Lightning rods keep buildings safe from lightning strikes, but they can’t do everything. Lightning arresters work by protecting electrical equipment by sending extra energy safely into the ground. Both are crucial for stopping lightning damage.

Can lightning rods alone protect against lightning strikes?

While lightning rods play a crucial role in diverting lightning strikes away from structures, they are not sufficient on their own. Lightning arrester systems keep electrical systems and equipment safe. They divert extra energy safely to the ground. They work with lightning rods to make sure everything stays safe.

Are lightning arrester systems only necessary for industrial complexes or large buildings?

No, lightning arrester systems are essential for both residential and commercial properties. Lightning strikes can cause significant damage to any structure, regardless of its size. Installing the system keeps people and property safe from lightning strikes. It stops lightning from causing harm.

Can lightning arrester systems prevent all damage caused by lightning strikes?

Lightning arrester systems work well to send extra electricity safely into the ground. But they can’t stop all lightning damage. Still, they lower the chances of harm to electrical stuff. This means less time and money spent fixing things after a lightning strike.

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