Earthing and Lightning Protection System
with TAKO since 1979
21+ years of experience | 36 certified inventions
We provide free consultation and site-visit worth RM380!
Do you know that one-stop lightning protection system has helped Malaysian SMEs/SMI from losing RM250 million to lightning damage every year?
TAKO since 1979
Offering total solution for your needs.
- Site Inspection
- Site Consultation
- Risk Assessment
- Lightning Arrester
- Earthing System
- Lightning Counter
- Power Distribution
- Lightning Surge Protection Devices
- Lightning Warning System
- Thunderstorm Warning System
The Total Solution for your Earthing and Lightning Protection System
MS IEC62305 Compliant Lightning Protection in Malaysia
We provide Comprehensive Lightning Protection Solutions in-
- Selangor
- Penang
- Johor Bahru
- Kedah
- Perlis
- Terengganu
- Kelantan
- Pahang
- Perak
- Negeri Sembilan
Building Structure & Electrical Damages
Lightning surge can damage your electrical & electronics devices/equipment. Your electronic and electrical devises are AT RISK! Install lightning warning system for early detection.
Lightning Damages Can Be Avoided By:
- Troubleshooting your lightning protection system
- Installing earthing system for effective grounding
- Protecting your electrical & electronic equipment from transient overvoltage through Surge Arrester and other protective devices.
OUR TOTAL SOLUTION TO TOTAL PROTECTION
Having lightning problems solved for more than 20 years, TAKO provides a one-stop solution to all types of buildings to protect them from lightning damage.
Our Project Installation Reference
We take care of every part of your lightning protection system, leaving you zero worry over thunderstorms.
Active ESE Lightning Protection System For Building Structure
Earthing System
We create a plan that works
Reliable Service • Experienced Team • Customised Solution
TAKO since 1979 Earthing and Lightning Protection System is your one-stop-shop for all your lightning protection needs. We offer a comprehensive range of products and services to provide you with a total solution. TAKO Earthing and Lightning Protection System have over 21 years of experience in the field. Our team of experts has a wealth of knowledge and experience from design and installation to testing and maintenance. Trust TAKO Earthing and Lightning Protection System for a total solution to your lightning protection needs.
SME 100 Fast Moving Companies 2022
We provide Lightning Protection Plan for different type of property
- School
- Church
- Factory/ manufacturing plant
- High rise building - Residential
- High rise building - Commercial
- Bungalow house
- Heritage Building
- Open air Theme park
- Solar Projects
"We got you covered in total solutions for your
earthing and lightning protection system plan!"
Lightning protection and earthing system for Granite Premix Tower and
Weight Bridge System at Kulai, Johor Bahru
An Introduction to Lightning System
A good earthing and lightning protection system are designed to protect people, structures, and electrical equipment from the harmful effects of lightning strikes. A well-designed system including the lower risk of electrical fires, equipment damage, and personal injury, and will provide peace of mind for those who work or live in the protected area. It is proven that effective lightning and earthing systems can provide protection up to 84% – 99% of effectiveness.
Lightning protection system accessories provide a safe path for the lightning current to flow to the ground. It also provide external building protection for all types of buildings such as high rise buildings, factory, condominium, and commercial buildings. According to the Insurance Information Institute, lightning strike damage caused a total of RM4 billion loss in 2020. This loss was specifically for homeowners in California alone. Take a look at our blog for a more in-depth explanation of lightning protection systems.
- Air Terminals System (lightning rods)
- Lightning Conductors
- Ground Connections (electrodes)
- Bonding
- Lightning Arresters
An air terminal system (lightning rod) is a device that is put in place on purpose to stop lightning strikes. It is meant to catch the lightning before it can do any damage as it is the upper part of the electrical installation of lightning protection system accessories.
A lightning conductor helps to protect buildings from being hit by lightning. It works by taking the electrical charge from the lightning and moving it safely into the ground. This keeps the building safe and prevents the charge from building up on it.
A ground connection (electrode) or ground rod (copper or aluminium) and ground plate takes advantage of the negative electrical charge of the ground to make positive electricity neutral. When you walk on the ground, you are interacting with its negative charge, which helps to balance out any positive charge in your body.
Bonding helps to prevent electric shocks when there is a problem with the electrical system. It does this by connecting metal parts together with bonding conductors. This reduces the amount of electrical charge and makes it safer to touch the metal parts.
Lightning/thunder arresters do not stop lightning. However, it helps to protect equipment from damage. It works by diverting the lightning and reducing the electrical charge. This keeps the equipment safe and prevents any harm.
Do you know that our one-stop system helped Malaysia's SME/SMI? It has prevented RM250 million loss from lightning damage.
The installation of any type of lightning protection system can protect your home and reduce the risk of lightning-related damage, injury, and death, by protecting electronic systems, appliances, surge protection, and other equipment from damage, preventing fires and explosions and keeping occupants safe by reducing the risk of electric shock.
Protect against earthing and lightning damage by
Proper grounding is super important in electrical systems to keep people, equipment, and buildings safe from electrical danger. An earthing termination system helps to create a safe pathway for electrical currents to flow to the ground, preventing electrical shocks, fires, and damage to equipment. It also helps to improve the overall performance of the electrical system. To comply with safety regulations and make sure everything works properly, it’s essential to have a good earthing termination system in place. In short, an earthing termination system is a vital safety feature for electrical systems that helps to keep everything and everyone safe.
It’s really important to protect your electrical and electronic machinery with the proper device because it keeps you safe, saves you money, and ensures things keep running smoothly. Without good protection, machinery can be dangerous and expensive to fix. With the right protection, you can avoid accidents, increase productivity, and comply with regulations. By investing in the right protection with MS IEC 62305 Compliance, you can keep your machinery safe, productive, and worry-free.
Frequently troubleshooting is really important for a few reasons. First and foremost, it helps catch problems early, preventing downtime and extending the life of your system. It’s also important for safety reasons – a faulty system can be a real hazard, but frequent troubleshooting can catch any issues that could cause electrical shocks or fires. It’s also important to comply with regulations, and frequent troubleshooting can ensure that your system is up to code. By keeping your system running smoothly, you’ll also improve performance and save money in the long run by catching issues before they become bigger problems. All in all, frequent troubleshooting is a smart investment in the safety, efficiency, and longevity of your system.
- Earthing system is a safety feature that protects people, equipment, and buildings from electrical faults and lightning strikes in Malaysia.
- The Malaysian government regulates the design, installation, and maintenance of earthing systems to ensure their safety.
- To create an effective grounding network, earthing systems in Malaysia use a combination of earth rods, conductive cables, and metal plates.
- The earthing system in Malaysia is designed to keep the resistance to earth to a safe level, usually below 10 ohms.
- The Malaysian earthing system separates the earth and neutral conductors at the point of supply, and it is known as the TN-S system.
- The earthing system in Malaysia helps to protect against voltage surges and static electricity buildup that can cause damage to electrical equipment and pose a safety hazard.
- The use of earth leakage circuit breakers (ELCBs) is mandatory in Malaysia to provide additional protection against electrical faults.
- The Malaysian authorities require periodic testing and inspection of earthing systems to ensure their effectiveness and safety.
- International standards, such as IEC 60364 and IEC 60364-5-54, guide the design and implementation of earthing systems in Malaysia.
- Earthing systems are an essential safety feature in Malaysia that protects people and equipment from electrical hazards.
How many type of lightning protection are there?
There are two types of lightning protection systems that can protect buildings and structures from lightning strikes:
Conventional lightning protection systems: These systems use lightning rods, conductors, and grounding systems to provide a safe path for the lightning current to flow to the ground. When lightning strikes, the lightning rods on the highest points of the building or structure attract the lightning bolt, and the conductors carry the current safely to the grounding system, which then dissipates the electrical charge into the ground.
Early Streamer Emission (ESE) lightning protection systems: These systems use a mast or pole with a metallic tip that emits a streamer to intercept lightning strikes before they reach the protected structure. The streamer is triggered by an electronic device that detects the approach of the lightning bolt. By intercepting the lightning strikes at a greater distance from the protected structure, ESE systems aim to provide better protection against electrical surges.
While traditional systems have been in use for a long time and are well established, ESE systems are gaining popularity due to their ability to protect larger areas and intercept lightning strikes at a greater distance from the protected structure. However, the effectiveness of ESE systems is still debatable, and the selection of a lightning protection system is determined by the specific needs and requirements of the building or structure being protected.
Earthing and lightning protection systems are essential to safeguarding people, buildings, and electrical equipment from the damaging effects of lightning. However, to function properly, lightning protection systems must be effectively installed and maintained.
It is the best time to install grounding and lightning protection systems parallelly with the building process for the building or structure. As a result, the system can be integrated into the electrical design of the building from the start. It is also critical that qualified professionals install the system and adhere to recognised codes and standards according to each country’s requirements.
It’s critical to check up on a regular basis to ensure they’re in good working order. If there is any damage or corrosion in the system, it should be repaired as soon as possible. Lightning protection systems should be tested on a regular basis to ensure they are effective. Remember that And, if any changes are made to the building or structure that may affect the system’s effectiveness, a qualified professional should review it.
Following these guidelines for installation and maintenance can ensure that external and internal lightning protection are working correctly and are providing the necessary protection against lightning strikes.
By choosing TAKO team for the installation and maintenance, clients can have peace of mind knowing that their systems are being installed and maintained by qualified professionals who have their safety and well-being in mind.
With TAKO team, clients can be assured that their buildings and electrical equipment are well protected against the harmful effects of lightning strikes. Moreover, TAKO can help you to optimize the costs of lightning protection system installation.
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Frequently Asked Questions
- How do I lightning proof my house?
Lightning-proofing your house involves installing a lightning protection system, which typically includes lightning rods, conductors, and grounding systems to safely dissipate lightning strikes.
- What is a lightning protection system for home?
A lightning protection system for a home is a network of lightning rods, conductors, and grounding systems designed to intercept and safely redirect lightning strikes away from the structure, reducing the risk of damage or fire.
- How much does lightning protection cost for a house?
The cost of lightning protection for a house varies depending on factors such as the size of the home, the complexity of the system, and the materials used. On average, installation costs can range from a few thousand to several thousand dollars.
- Is home lightning protection worth it?
Yes, home lightning protection can be worth the investment as it significantly reduces the risk of damage or destruction caused by lightning strikes, potentially saving you money on repairs and ensuring the safety of your family and property.
- How much does it cost to install a lightning arrester?
The cost varies depending on factors like type, size, and complexity of installation. Generally, it can range from a few hundred to several thousand ringgits.
- How much is lightning protection system in Malaysia?
Costs can vary based on the size and requirements of the property. Typically, it ranges from a few thousand to tens of thousands of Malaysian Ringgit.
- Where should lightning arrestor be installed?
Lightning arrestors should be installed at high points on structures (small cottage home to sky-scrappers), such as rooftops, chimneys, or mast poles, to intercept lightning strikes before they reach vulnerable areas.
- Where to install lightning arrester substation?
Lightning arrestors should be strategically placed at key points within substations, including incoming power lines, transformer terminals, and other sensitive equipment, to protect against potential lightning damage.
- What is a grounding system for lightning protection?
A grounding system is a crucial part of lightning protection. It provides a safe path for lightning currents to dissipate into the ground, preventing damage to structures and equipment. When lightning strikes, the grounding system ensures that the electrical energy is safely diverted away from the protected structure, reducing the risk of fires, equipment damage, and injuries.
- What is difference between earthing and lightning protection?
Earthing (also known as grounding) and lightning protection serve distinct purposes: Earthing: Connects electrical systems to the ground, providing stability and safety. It acts like the foundation of a building, preventing electric shocks and ensuring proper functioning.
Lightning Protection: Shields against lightning strikes. It includes devices like lightning rods and surge arresters, which divert lightning currents safely to the ground, protecting structures and equipmen - What is the grounding of the lightning arrester?
A lightning arrester (or lightning arrestor) is a device used in power transmission and telecommunication systems. It consists of an air gap between an electric wire and the ground. When lightning surges travel along the power line, the arrester diverts the current to the ground, safeguarding insulation and conductors from lightning damage
- What is earthing to protect from lightning?
Earthing plays a critical role in lightning safety. It ensures that metal parts of devices are connected to the ground, preventing electric shocks and providing a zero-voltage reference point. Lightning protection, on the other hand, involves devices like lightning rods and surge protectors. These protect against lightning strikes, diverting the energy safely away from sensitive equipment
- How many lightning strikes are there in Malaysia?
Lightning strikes in Malaysia are abundant due to its tropical climate and geographical location. The Klang Valley, in particular, experiences an average of 240 days of thunderstorms per year. These thunderstorms are often spectacular and violent.
- Why is there so much thunder in Malaysia?
The combination of Malaysia’s tropical climate and its position near the equator contributes to frequent thunderstorms. Warm, moist air rises, cools, and condenses, leading to the formation of thunderclouds. The intense heat and humidity create ideal conditions for lightning and thunder.
- What country has the most lightning strikes?
The title of the lightning capital of the world is contested, but some regions experience exceptionally high lightning activity. For instance:
- Venezuela’s Lake Maracaibo holds the record for the highest annual lightning frequency, with over 200 lightning flashes per square kilometer per year.
- Central Africa, including the Democratic Republic of the Congo and Rwanda, also experiences frequent lightning.
- Is Kuala Lumpur the lightning capital of the world?
While Kuala Lumpur in Malaysia sees a significant number of thunderstorms, it doesn’t hold the global lightning capital title. However, the Klang Valley’s frequent thunderstorms contribute to Malaysia’s overall lightning activity.
- Which system is used for protection against lightning?
A lightning protection system aims to safeguard structures and people from the dangers of lightning strikes. It typically includes:
- Intercepting lightning flashes to prevent direct hits.
- Conducting the lightning current to the earth safely.
- Dissipating the current into the ground.
- Creating an equipotential bond to prevent potential differences between the system, structure, and internal circuits.
- What is the lightning protection system method?
The system involves using strike termination devices, down conductors, bonding, and surge protection. Following national safety standards (such as NFPA 780 and UL 96) ensures effective protection. Non-compliance or use of non-listed materials/methods can compromise safety.
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