Petrochemical & Natural Gas

Explosion-proof protection for extreme heat and corrosion, covering refineries and gas facilities

Power & Energy

High-voltage grid and solar grounding systems across deserts and rainforests

Transportation

Zero-interruption operation for cross-border HSR and heavy-haul railways

Infrastructure

System-level protection for commercial centers, stadiums, and data centers

Chemical Electrolytic Ion Grounding Electrode for Challenging Soil

Chemical electrolytic ion grounding system for high resistivity soil conditions. Reduces grounding resistance by 30-50%.

Chemical Electrolytic Ion Grounding Electrode for Challenging Soil for Mountainous Terrain

The Chemical Electrolytic Ion Grounding System is a active ion release technology for reduced resistance designed for mountainous terrain and desert installations.this professional component ensures reliable electrical continuity.

Effective in soil resistivity up to 5000Ω·m.it supports various connection methods, making it ideal for rocky substations projects.

As a leading lightning protection manufacturer, Green Electric supplies this chemical electrolytic ion grounding system to global EPC contractors and infrastructure projects.

Key Features

  • Active ion release technology for reduced resistance
  • Effective in soil resistivity up to 5000Ω·m
  • Self-regenerating compound refill system

Compliant Standards

IEC 62561UL 467IEEE 80

Frequently Asked Questions

The electrode releases electrolytic ions into surrounding soil, creating a low-resistance shell that dramatically improves grounding effectiveness.

The compound typically lasts 3-5 years depending on soil conditions. Refilling is simple through the inspection well.

Ion electrodes are specifically designed for high resistivity soil (>1000Ω·m) where conventional rods struggle to achieve target resistance.

Need a Custom Solution?

Our engineering team can provide professional technical support and customized solutions.

Contact Us

WhatsApp

Chat on WhatsApp

Go to Contact Page

Back to Top

Return to page top

Go to Contact Page