Lightning Rods

Application

Building lightning protection: Installed on roofs of buildings to intercept lightning strikes.

Industrial plant protection: Used in factories and warehouses to protect equipment and structures.

Communication towers: Installed on towers and masts to protect against direct lightning strikes.

Power facilities: Used in substations, transformer stations, and power plants for lightning interception.

High-rise buildings: Used in tall buildings to reduce lightning risk and ensure safety.

Airport and transportation hubs: Used to protect terminals, hangars, and outdoor facilities.

Outdoor public facilities: Applied in stadiums, bridges, and parks for lightning protection.

Renewable energy sites: Used in solar farms and wind farms to protect critical equipment.

Advantage

• Effective Lightning Interception: Designed for efficient collection of lightning energy, reducing the risk of direct strike damage.
• High Conductivity: Use conductive materials to ensure quick discharge to grounding system.
• Weather Resistance: Corrosion-resistant and UV-resistant surface treatment for long-term outdoor use.
• Stable Structure: Strong wind resistance and mechanical stability suitable for various building types.
• Easy Integration: Compatible with standard lightning protection systems and grounding networks.

FAQ

• Q: What is a lightning rod?

  A: A lightning rod is a metal conductor installed on structures to safely attract and direct lightning strikes to the ground.

• Q: What materials are lightning rods made of?

  A: Common materials include copper, aluminum, and stainless steel.

• Q: How do lightning rods protect buildings?

  A: They provide a low-resistance path for lightning current to flow safely into the grounding system.

• Q: Are lightning rods suitable for all buildings?

  A: They are recommended for tall structures, industrial plants, and buildings with high lightning risk.

• Q: How are lightning rods installed?

  A: They are mounted on roofs or high points and connected to grounding conductors and grounding networks.

• Q: Do lightning rods need maintenance?

  A: Regular inspection is recommended to check for corrosion and loose connections.

• Q: What standards do lightning rods follow?

  A: Typically designed according to IEC 62305 and local lightning protection standards.

• Q: Can lightning rods be used in coastal areas?

  A: Yes, choose corrosion-resistant materials like stainless steel or copper for coastal environments.