Products

Saint Ni Lightning Protection Pulsed Active Lightning Rod System uses atmospheric electric-field sensing and high-voltage pulse triggering to form an upward leader and intercept direct lightning strikes before they reach protected structures. Requiring no external power, it is suitable for substations, energy storage stations, photovoltaic plants, industrial facilities, communication towers, and other large-scale projects.

Saint Ni Lightning Protection High Voltage Current Limiting Lightning Rod is designed for high-voltage transmission lines, substations, photovoltaic step-up stations, and wind power systems. Its integrated stainless-steel terminal, damping element, and silicone rubber jacket help limit lightning current and overvoltage, reducing the risk of insulation flashover and lightning-related line trips. Optional lightning strike counting and compatible grounding components support complete power-system lightning protection projects.

The Saint Ni Lightning Protection Aviation Obstruction Light Lightning Rod combines lightning interception and aviation obstacle warning in one structure for tall buildings and elevated infrastructure. With customizable height, mounting dimensions, aviation light configurations, and grounding components, it provides an integrated option for wind farms, communication towers, chimneys, high-rise buildings, transmission facilities, and other projects requiring coordinated lightning protection and aviation warning.

Saint Ni Lightning Protection Retractable Lightning Rod is a portable direct-strike lightning protection solution designed for temporary outdoor sites. With manual, electric, and manual-electric drive options, it can extend from 6–15 m and retract to less than 2 m for convenient transport and storage. The system features a lightweight telescopic structure, self-locking mechanism, and durable corrosion-resistant materials, while supporting rapid connection to temporary grounding systems.

Saint Ni Lightning Protection Nano Carbon Grounding Rod combines a galvanized steel core with a durable nano-carbon conductive anti-corrosion coating for vertical grounding in saline, acidic, alkaline, and chemically contaminated soils. It provides high mechanical strength, stable current dissipation, and improved corrosion protection for photovoltaic, wind power, energy storage, substations, chemical plants, oil fields, and mining projects.