TAKO Since 1979’s LPS System: improve Your Work safety

LPS System

Introduction: TAKO Since 1979’s LPS System

Since 1979, TAKO has led the charge in fortifying Lightning Protection System (LPS) Types, setting the standard for robust defense against lightning strikes. With over four decades of experience, we prioritize comprehensive protection through cutting-edge grounding systems, ensuring the resilience of electrical infrastructure and buildings. Our Total Solution Concept integrates state-of-the-art technologies, guaranteeing steadfast safeguarding against lightning surges.

At TAKO, our dedication extends beyond initial installations to meticulous maintenance and enhancement of existing LPS systems. Through regular lightning rod inspections, we ensure ongoing effectiveness against dynamic lightning challenges. By incorporating surge protection devices and advancing sturdy earthing infrastructure, we offer sustained resilience in the face of thunderstorms, providing clients with assurance and peace of mind.

As pioneers in the field, TAKO’s Total Solution Concept encompasses all aspects of lightning protection, addressing evolving threats posed by lightning surges. Our relentless commitment to innovation and excellence ensures unmatched protection for clients. With TAKO, rely on our expertise for comprehensive LPS inspections and grounding solutions, safeguarding the durability and safety of your electrical systems and structures.

Lightning Data in Malaysia

LPS System

In Malaysia, where lightning strikes pose a significant threat, businesses grapple with the challenge of safeguarding their operations against the unpredictability of nature. With approximately 280 lightning days annually, Malaysia ranks as the world’s second most affected country by lightning strikes. Despite the nation’s advanced infrastructure, its tropical climate and geographical positioning leave it vulnerable to these potent natural occurrences, necessitating a robust defense strategy.

To address this vulnerability, businesses must prioritize the implementation of comprehensive lightning protection system (LPS) protocols. Rigorous inspection measures are essential to ensuring the effectiveness of lightning grounding systems, which form the backbone of defense against lightning-induced damage. By establishing a secure pathway for lightning currents to dissipate harmlessly into the ground, these systems mitigate the risk of fires, structural damage, and electrical surges, thereby ensuring uninterrupted operations.

Moreover, investing in advanced lightning alert technology complements the efficacy of LPS systems, enhancing overall protection against lightning-related risks. These proactive warning systems serve as vigilant guardians, promptly notifying businesses of impending lightning activity and allowing for timely precautionary measures. By integrating lightning alert technology with robust grounding solutions, Malaysian businesses can fortify their defenses, safeguarding personnel and infrastructure alike against the disruptive forces of nature.

Lightning Protection System

LPS System

The Lightning Protection System (LPS) is a crucial component in safeguarding structures and people from the devastating effects of lightning strikes. Consisting of various elements such as lightning rods, conductors, and grounding systems, the LPS works by providing a controlled path for the immense electrical energy generated during a lightning strike to safely dissipate into the ground. At its core, the LPS functions on the principle of interception, conduction, and dispersion of lightning energy away from vulnerable structures.

The primary element of an LPS system is the lightning rod, strategically placed atop buildings or structures to intercept incoming lightning strikes. When a lightning bolt approaches, the rod acts as a preferred pathway for the electrical current, effectively diverting it away from the protected structure. The lightning rod’s sharp tip encourages the ionization of surrounding air molecules, facilitating the formation of a conductive path for the lightning discharge to follow.

Once intercepted by the lightning rod, the electrical energy is conducted down through a network of conductors, typically made of copper or aluminum, towards the grounding system. The grounding system, consisting of buried conductors or rods, disperses the energy safely into the earth, preventing it from causing harm to the structure or its occupants. Through this coordinated process of interception, conduction, and dispersion, the LPS system effectively minimizes the risk of fire, structural damage, and electrical surges caused by lightning strikes, ensuring the safety and integrity of the protected environment.

LPS System Functions

LPS System

  1. Lightning Interception: The primary function of an LPS system is to intercept incoming lightning strikes before they can reach and potentially damage structures or equipment. Lightning rods, strategically placed on rooftops or other high points, act as attractors for lightning strikes. When a lightning bolt approaches, the rod provides a preferred pathway for the electrical discharge, effectively diverting it away from the protected area.
  2. Electrical Conductance: Once intercepted by the lightning rod, the immense electrical energy of the lightning strike is conducted safely away from the structure through a network of conductors. These conductors, typically made of materials such as copper or aluminum, facilitate the flow of electricity along predetermined paths, preventing damage to the building’s infrastructure.
  3. Grounding System: The LPS system includes a grounding network designed to disperse the electrical energy safely into the earth. Buried conductors or grounding rods are strategically placed around the structure to provide a low-resistance path for the lightning current to dissipate harmlessly into the ground. This prevents the accumulation of electrical charge within the building and reduces the risk of fire, electrical damage, or injury to occupants.
  4. Surge Protection: In addition to mitigating the direct effects of lightning strikes, an LPS system often includes surge protection devices to safeguard against indirect lightning-induced surges. These devices, installed within the electrical system, detect and divert excess electrical energy caused by lightning strikes or power surges, protecting sensitive electronic equipment and appliances from damage.
  5. Safety Assurance: Overall, the primary goal of an LPS system is to ensure the safety and integrity of the protected environment. By intercepting, conducting, and safely dispersing lightning energy away from structures, the LPS system minimizes the risk of fire, structural damage, and electrical hazards caused by lightning strikes. This provides peace of mind to occupants and stakeholders, knowing that robust measures are in place to mitigate the potentially devastating effects of lightning.

Malaysian LPS System Regulation

LPS System

In Malaysia, the regulation governing Lightning Protection Systems (LPS) is primarily outlined in the Malaysian Standard MS IEC 62305 series. This standard provides comprehensive guidelines for the design, installation, inspection, and maintenance of lightning protection systems to mitigate the risks associated with lightning strikes on structures and their occupants.

Additionally, local authorities and regulatory bodies may impose specific requirements or regulations concerning LPS installations, especially in high-risk areas or for particular types of buildings. Compliance with these regulations is essential to ensure the safety and effectiveness of lightning protection systems across various industries and sectors in Malaysia.

It’s important for stakeholders involved in the design, construction, and maintenance of structures to stay updated with the latest standards and regulations to ensure that lightning protection systems are implemented correctly and meet the necessary safety standards.

TAKO Astatic Technology’s LPS System

LPS System

TAKO has been at the forefront of Lightning Protection System (LPS) solutions since 1979, boasting over two decades of expertise in safeguarding Malaysian structures against the devastating impact of lightning strikes. With a proven track record spanning 21+ years and 36 certified inventions, TAKO stands as a beacon of innovation in the industry. Our comprehensive approach encompasses everything from free consultations and inspections to tailor-made lightning protection plans, ensuring that every aspect of your LPS system is meticulously addressed.

Our Total Solution Concept ensures that your property is shielded from lightning damage through a range of services, including site inspections, risk assessments, lightning arrester installations, and advanced earthing systems. With TAKO’s Total Solution for Earthing and Lightning Protection Systems, clients can rest assured that their buildings and electrical equipment are fortified against the unpredictable forces of nature. Our dedication to excellence and reliability is underscored by our commitment to continuous improvement and staying abreast of the latest industry standards and regulations.

From high-rise buildings to heritage structures and industrial plants, TAKO’s lightning protection solutions cater to diverse needs with precision and efficacy. By leveraging cutting-edge technologies such as Active ESE Lightning Protection Systems and lightning surge protection devices, we offer unparalleled resilience against lightning-related risks. With TAKO, clients not only mitigate potential losses but also gain peace of mind, knowing that their investments are safeguarded by a trusted partner with a proven track record in delivering robust LPS solutions.


In conclusion, TAKO’s unwavering commitment to excellence in Lightning Protection System (LPS) solutions has established us as a trusted leader in the industry since 1979. With over four decades of experience and a portfolio boasting 36 certified inventions, we continue to set the benchmark for comprehensive defense against lightning strikes in Malaysia. Our Total Solution Concept ensures that every aspect of your LPS system is meticulously addressed, from initial consultations to tailor-made protection plans and ongoing maintenance, offering clients unparalleled peace of mind in the face of nature’s unpredictability.

As Malaysia grapples with the challenges posed by approximately 280 lightning days annually, TAKO remains steadfast in our dedication to safeguarding structures, infrastructure, and lives from the devastating effects of lightning strikes. By integrating cutting-edge technologies and adhering to stringent industry standards and regulations, we deliver robust and resilient LPS solutions tailored to meet the diverse needs of our clients. With TAKO, trust in our expertise to fortify your property against lightning-related risks and ensure the safety and integrity of your environment for years to come.

For more information about our lightning warning alarm systems and to schedule a free consultation, visit our website or get in touch with one of our experts right now! 


Do all buildings require a Lightning Protection System?

While not all buildings are legally required to have a Lightning Protection System (LPS), structures that are particularly susceptible to lightning strikes, such as tall buildings, industrial facilities, and structures located in areas prone to thunderstorms, can benefit significantly from having an LPS installed. Additionally, certain industries or organizations may have specific regulations or guidelines mandating the installation of lightning protection systems for safety and insurance purposes.

How often should Lightning Protection Systems be inspected and maintained?

Lightning Protection Systems (LPS) should be inspected and maintained regularly to ensure their effectiveness and compliance with safety standards. The frequency of inspections may vary depending on factors such as the type of structure, environmental conditions, and local regulations. However, a general recommendation is to conduct inspections at least once a year or after severe weather events. Maintenance tasks may include checking lightning rods for damage, testing grounding systems, inspecting surge protection devices, and ensuring proper connections and continuity throughout the system.

Are there different types of Lightning Protection Systems available, and how do I choose the right one for my property?

Yes, there are different types of Lightning Protection Systems (LPS) available, including traditional Franklin rod systems, Early Streamer Emission (ESE) systems, and charge dissipation systems. The choice of LPS system depends on factors such as the type of structure, its height, surrounding terrain, and local weather conditions. Consulting with a qualified lightning protection specialist can help assess your property’s specific needs and recommend the most suitable LPS system to ensure comprehensive protection against lightning strikes and associated risks.

How can I ensure that my Lightning Protection System (LPS) is effective?

Ensuring the effectiveness of your Lightning Protection System (LPS) involves regular inspections, maintenance, and adherence to industry standards. Engage qualified professionals to conduct thorough assessments of your LPS system, checking for any signs of wear, damage, or corrosion in components such as lightning rods, conductors, and grounding systems. Additionally, verify that your LPS system complies with relevant safety regulations and standards, and consider investing in advanced technologies such as surge protection devices and lightning alert systems to enhance overall protection against lightning-related risks.

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