TAKO since 1979: Early Streamer Emission Lightning Protection Systems
Table of Contents
Early Streamer Emission Lightning Protection Systems - What is it?
Early Streamer Emission (ESE) lightning protection systems add an active element to traditional lightning protection. Here are the key components of an ESE system:
ESE Air Terminal: This is the part mounted on the highest point of a structure. It looks like a pointed rod but has special features to initiate the upward streamer. These features can include multiple points, corona rings, or radioactive elements (though the latter are becoming less common due to safety concerns).
- Downconductor: This is a thick cable that carries the intercepted lightning strike current safely down to the grounding system.
- Grounding System: This network of electrodes buried in the ground disperses the lightning strike current into the earth.
- Control Unit (Optional): Some ESE systems include a control unit that monitors the system’s functionality and may even have data logging capabilities.
Introduction
Advanced technology has changed lightning protection systems for safety and infrastructure protection. TAKO, founded in 1979, has led to the creation of new ways to shield buildings and people from natural disasters. This blog post explores one of TAKO’s one of the trading products called- Early Streamer Emission Lightning Protection Systems.
What is Early Streamer Emission?
An ESE Lightning Arrester, also known as Early Streamer Emission (ESE) air terminal, is a type of lightning rod that uses an electronic device to emit a controlled upward streamer towards an approaching lightning strike.
Here's how an ESE Lightning Arrester works-
Energy Gathering: The ESE air terminal, typically mounted on the highest point of a structure, has electrodes that collect ambient electrical field energy as a storm approaches. This field can intensify up to ten thousand volts per meter [source: tslpro.com].
Storing the Charge: The ESE system stores the collected electrical energy in capacitors within the device.
Triggering the Upward Streamer: As the storm intensifies, the atmospheric electrical field rapidly increases. This triggers the ESE’s internal device to release the stored energy through its upper electrodes at the tip of the air terminal.
Initiating the Upward Leader: This released energy initiates an upward streamer, a channel of ionized air, that travels upwards towards the approaching lightning strike.
Interception and Channeling: Ideally, the upward streamer launched by the ESE air terminal intercepts the downward leader (the lightning strike) initiated from the cloud at an earlier point. This controlled connection channels the lightning strike safely through the ESE air terminal, downconductor, and grounding system, diverting it away from the protected structure.
Setting the Standard for Lightning Protection
The standard NF C 17-102 2011 is an international standard regulating the application of Lightning Protection systems. The standard safeguards buildings, structures, and open spaces against lightning strikes. It encompasses guidelines for installation and specifications for testing to verify protection effectiveness.
Similarly, in Malaysia, we have the MS IEC 62305. The MS IEC 62305 standard is crucial for designing, installing, and maintaining lightning protection systems.
MS IEC 62305 lays the groundwork for comprehensive regulations against lightning strikes. The standard provides a systematic method. It assesses the risk of lightning strikes, establishes protective measures, and implements effective solutions. These actions minimize harm and ensure safety for occupants.
What are TAKO's Early Streamer Emission Lightning Protection Systems?
TAKO’s Early Streamer Emission (ESE) Lightning Protection Systems include active ESE Lightning Arrestors. They aim to reduce the harm caused by the high voltage lightning strikes to people and buildings. These devices generate an upward leader faster and more efficiently than traditional lightning rods, enhancing overall lightning protection effectiveness.
The ESE system comprises air terminals, down conductors, and grounding systems. During a thunderstorm, the air terminals produce an upward streamer before anything else nearby. It cut down the time needed to intercept the lightning strike.
Harnessing Early Streamer Emission (ESE) Technology
We employ cutting-edge ionization methods in our Early Streamer Emission Lightning Protection Systems. This proactive approach aims to prevent lightning strikes from becoming too powerful. By doing so, we can reduce the impact of electrical discharges on protected structures.
Advantages and Application of Early Streamer Emission Lightning Protection Systems
Faster Response Times:
- TAKO’s ESE Lightning Protection Systems employ proactive measures to predict and prevent lightning strikes.
- Significantly reduces reaction time, potentially preventing serious damage.
- TAKO leads in lightning protection with innovative technology and design.
Extended Protection Range:
- TAKO’s systems cover a large area, effectively shielding against lightning strikes.
- Strategically placed air terminals ensure complete protection for nearby structures and assets.
- Smart design enables the detection of lightning activity from greater distances, reducing direct strikes and damage.
Weather Resistance:
- Resilient to harsh weather conditions like heavy rain, strong winds, and low temperatures.
- Offers consistent protection regardless of weather fluctuations.
- Robust design and durable materials ensure longevity and reliability in various environments.
Case Studies on TAKO's Early Streamer System
TAKO have installed our ESE Lightning Protection Systems in many places. For instance, industries, tall buildings, homes, and business areas. We’ve worked on projects where our tech made structures safer and gave better protection.
Commercial High Rise Buildings
Metal Rooftop of Factory/ Manufacturing Plant
Condominium High Rise Buildings
Conclusion
TAKO’s Early Streamer Emission Lightning Protection Systems are at the forefront of innovation. They’re reliable shields against lightning strikes, ensuring buildings stay safe. Our systems offer unmatched safety and peace of mind. They react faster, cover larger areas, and endure harsh weather conditions.
Since 1979, TAKO has been crafting tailored solutions for lightning protection. Whether it’s an industrial complex, commercial building, or private property, our team ensures your safety and security.
Protect your property from lightning strikes’ unexpected nature. Learn more about how our Lightning Protection Systems can safeguard what matters most to you. Click here for details.
FAQs
- How early streamer emission lightning arrester works?
An early streamer emission (ESE) lightning arrester releases a streamer. The streamer will ionize nearby air molecules, creating a conductive path for lightning to follow. This increases the radius of protection around the structure.
- What is the purpose of the lightning protection system?
A lightning protection system, like those offered by TAKO since 1979, aims to safeguard people and buildings. These systems will protect lives and properties from lightning strikes by guiding electrical energy safely into the ground.
- What is the function of early streamer emission?
Early streamer emission (ESE) technology enhances lightning protection by creating an ionized path for lightning to follow. It increases the chance of interception and redirection.
- How effective are lightning protection systems?
Lightning protection systems, particularly those utilizing advanced technologies like TAKO's since 1979, can significantly reduce the risks associated with lightning strikes. These carefully designed and strategically placed systems efficiently dissipate, conduct, and intercept the electrical energy generated by lightning strikes. It effectively safeguards people, property, and equipment from potential harm.
Disclaimer
The information contained in this blog is for informational and marketing purposes only and should not be taken as professional advice. Our focus is on providing comprehensive LPS total solution services. This service encompasses a wide range of solutions to design, install, and maintain a complete lightning protection system tailored to your specific needs. For any questions or to discuss your specific lightning protection needs, please contact us directly.
