Active lightning rods | Lightning strike protection

Technical Data:

Material: Stainless steel – ensures resistance to corrosion, cold, high temperatures, and other environmental conditions.
Active lightning reception heads: Designed to be positioned above other elements of the object, allowing the lightning to be attracted to this head, ensuring maximum protection.
High-voltage discharge generator: Generates ions that attract the lightning strike and direct the current into the ground, protecting the building and its elements.
Operating temperature: Active lightning rods can operate under extreme conditions from -40°C to +80°C, depending on the model and environmental conditions.
Degree of protection: The lightning rods are made of special materials resistant to various weather conditions, ensuring their operation even in extreme conditions.
Service life: Durability, corrosion resistance, and resistance to environmental conditions ensure that active lightning rods will function for a long time, even with frequent rain, snow, or temperature fluctuations.
Applications:

Industrial complexes: Large factories, power stations, oil and gas refineries, where highly reliable lightning protection is required.
Buildings: Both commercial and residential buildings, especially in areas where lightning hazards are frequent.
Residential houses and estates: Individual homes, farm buildings, estates, aimed at protecting against lightning strikes and ensuring the safety of inhabitants.
Warehouses: Large storage facilities where valuable goods or materials are kept, and lightning strikes can cause significant losses.
Stadiums: Public spaces with large crowds and high lightning strike risks, especially during sporting events.
Usage:

Lightning protection for industrial and residential areas: Active lightning rods are used in various areas to prevent lightning strikes and protect important buildings from potential damage and fires caused by lightning.
Equipment and infrastructure protection: Designed to protect power plants, communication equipment, gas or oil refining facilities, which are sensitive to lightning strikes and need to operate reliably even under poor weather conditions.
Public spaces and sports infrastructure: In stadiums and public spaces, where lightning hazards pose a significant risk to people’s safety, active lightning rods provide quick and effective lightning diversion to the ground.
Advantages:

High protection efficiency: Active lightning rods effectively attract lightning and direct it to the ground, ensuring minimal risk to the building and its structures.
Durability and reliability: Stainless steel and resistant design allow the lightning rod to operate for long periods under harsh environmental conditions, reducing maintenance needs.
Fast response time: The active lightning rod only operates during the lightning discharge, providing quick protection without delay.
Adaptability for various locations: Suitable for use in industrial zones, residential buildings, and other areas that may be exposed to lightning.
Disadvantages:

Cost: Active lightning rods are more expensive than traditional lightning rods, but their efficiency and longevity justify the initial investment.
Installation complexity: Requires specialized installation and a thorough knowledge of lightning protection systems to ensure proper operation of the active lightning rod.
Limited use for smaller structures: Due to higher application requirements, active lightning rods may not always be suitable for smaller structures or individual buildings where there is no significant lightning activity.
Active lightning rods are high-quality, efficient, and durable protection solutions designed to protect buildings, areas, and equipment from lightning strikes. Due to their ability to actively attract lightning and safely direct the current, they ensure a high level of safety and are an excellent choice for industrial, residential, and public spaces.