CMCE Lightning Elimination Protection units in Airports
Cincinnati International Airport
St Augustine Airport
Silvio Pettirossi Airport
Guarani International Airport
Pedro Juan Caballero Airport
Anyolas Airport
Santo Domingo Airport
CMCE Lightning Protection Suppressor Elimination Electric Field Compensator Device
EEKO Lightning Solution Pty Ltd is the CMCE Lightning Suppressor Certified supplier and Certified Installer.
CMCE Advanced Lightning Protection System
Lightning Suppression | Electric Field Compensator Technology
Protecting Critical Infrastructure from Lightning
Lightning strikes remain one of the most underestimated threats to modern industrial infrastructure. Every year, operations across mining, energy, telecommunications, aviation, and data centres suffer significant losses due to lightning-related damage.
A single strike can cause:
• Production shutdowns
• Damage to electrical and automation systems
• Safety incidents and site evacuations
• Fires and equipment failure
• Expensive emergency repairs
• Insurance claims and increased premiums
For operations that depend on continuous uptime, lightning protection is essential for safety, operational continuity, and asset protection.
Why Lightning Protection Matters
Modern industrial sites rely on sensitive electrical systems, control networks, communication equipment, and automation infrastructure.
Without effective lightning protection, facilities remain vulnerable to:
• Power surges and transient overvoltage
• Equipment insulation failure
• Control system malfunctions
• Network outages
• Operational downtime
Effective lightning protection reduces these risks while improving overall operational resilience.
Key benefits include:
✔ Reduced equipment damage
✔ Improved operational continuity
✔ Lower maintenance costs
✔ Enhanced workforce safety
✔ Stronger insurance risk positioning
CMCE Lightning Protection Technology
Proactive Lightning Suppression
The CMCE (Corona Mitigation and Charge Elimination) Lightning Suppressor operates using a fundamentally different philosophy from traditional lightning rods.
Conventional lightning protection systems intercept lightning after it forms.
The CMCE system is designed to reduce the probability of lightning forming within the protected zone.
This is achieved through electric field compensation, which stabilizes atmospheric electrical conditions around critical infrastructure.
CMCE Advanced Lightning Protection System
Lightning Suppression | Electric Field Compensator Technology
Protecting Critical Infrastructure from Lightning
Lightning strikes remain one of the most underestimated threats to modern industrial infrastructure. Every year, operations across mining, energy, telecommunications, aviation, and data centres suffer significant losses due to lightning-related damage.
A single strike can cause:
• Production shutdowns
• Damage to electrical and automation systems
• Safety incidents and site evacuations
• Fires and equipment failure
• Expensive emergency repairs
• Insurance claims and increased premiums
For operations that depend on continuous uptime, lightning protection is essential for safety, operational continuity, and asset protection.
The CMCE Lightning Protection Suppressor system is not to replace the conventional Franklin Lightning Rod and air terminals or active ESE terminals system, but rather to improve and enhanced protection of electrical and control systems, structural assets, equipment and the safety of staff.
The installation contributes to improved site safety performance, mitigating lightning-induced damage and minimizing operational downtime of up to 98%
This has been validated by NASA looking at historical lightning data and case studies over 15 years
How the CMCE System Works
The CMCE device functions through a controlled electrostatic charge management process.
Stage 1 — Charge Absorption
The device absorbs ambient electrical charge from the surrounding atmospheric electric field.
Stage 2 — Charge Redistribution
Internal components redistribute and neutralize localized charge concentrations that can trigger lightning initiation.
Stage 3 — Controlled Ground Discharge
Excess charge is continuously released to ground through a very small, controlled current, stabilizing the electric field around the protected area.
By reducing electric field intensity, the system suppresses the formation of upward streamers, preventing the connection between ground and cloud that initiates lightning strikes.
CMCE Advanced Lightning Protection Suppression Elimination Electric Field Compensator System
International Tests and Certification
Full Installation Report
Case Studies and Testimonials available
Global Installations
CMCE systems have been deployed worldwide across high-risk environments including:
• Mining operations
• Power generation plants
• Oil & gas facilities
• Telecommunications towers
• Data centres
• Government emergency facilities
• Airports and ports
More than 10,000 installations have been completed across:
• United States
• Europe
• South America
• South-East Asia
CMCE Monitoring System
⚡ Critical Decisions Made Easy ⚡
Stay Ahead of the Storm
Live strike tracking with our GIS platform, Storm tracker
Satellite-enhanced accuracy + real-time forecasts
Custom site views to monitor risk across your infrastructure
Protect People, Infrastructure and Assets
GPS push alerts warn users of nearby lightning in real time
Track lightning + precipitation as it happens
Make safer, faster operational decisions when storms develop
Data That Proves Your Case
8 years of archived lightning history
Report-ready analytics for compliance, risk assessments, and insurance claims
Advanced calculation tools for precise, defensible insights
With Eeko Lightning Network, storms stop being unpredictable threats, they become data-driven decisions.
⚡ Real-Time ⚡ Lightning Alerts
“Real-time lightning data.
Smarter planning, faster response.”
“Protect your people and assets. Delivered to every device, across your business.”
“Turn lightning data into action. Alerts on any device help you plan better and respond faster.”
Storm Monitoring Visualisation
“See Every Strike. Track Every Storm. Stay Ahead.”
🔹 Technical Accuracy (clear, detailed and accurate)
“Real-time storm monitoring with geographic lightning strike plotting provides immediate spatial visualisation and precise distance calculations to nearby strikes for accurate situational awareness.”
Robust Infrastructure for lightning alerts
“Backed by 99%+ uptime, the Eeko Lightning Network delivers accurate, reliable lightning detection through continuous maintenance and expert servicing.”
Storm tracking & Lightning Detection & Alerts Monitoring
via Computer, Ipad, mobile, email and two-way Radio
Storm tracking Lightning Detection and Alerting Services
Experience the power of advanced lightning protection with our Storm Tracking and Lightning Alerting system. Designed for accuracy, our technology to ensure you receive real-time alerts about impending storms. Calculate the exact time of arrival and location of severe weather down to the minute, giving you the actionable insights you need to protect staff , assets and your property.
Lightning events recorded and access to full reports.
Case Study
AES Panama (Electricity Generation Operation)
AES Panama – Lightning Protection Success Story
Overview
AES Panama, a leading electricity generation company in Panama and the Central American region, operates a state-of-the-art natural gas plant—the first of its kind in liquefied natural gas in the region. Committed to innovation and operational excellence, AES Panama continuously seeks solutions to ensure safe, uninterrupted electricity generation.
The Challenge
Located in a high-density lightning area, the plant faced a persistent risk from lightning storms. Traditional lightning protection systems were proving insufficient, posing a serious threat to both plant operations and dock facilities. Ensuring the safety and reliability of the electricity generation process was paramount.
The Solution
AES Panama conducted extensive research and laboratory testing to identify the most effective lightning protection solution. The CMCE Lightning Suppressor System emerged as the optimal choice, offering proven reliability and superior protection against lightning strikes.
A total of 26 CMCE 120 Lightning Elimination Suppression devices were installed throughout the plant and dock facilities, replacing over 120 existing Franklin lightning rods.
Results
-
Zero lightning-related incidents at the facility since installation.
-
Four years of uninterrupted electricity generation operations, despite high lightning activity in the region.
-
Significant improvement in operational safety and reliability, fully protecting personnel, equipment, and infrastructure.
Conclusion
AES Panama’s adoption of the CMCE Lightning Elimination Suppressor device demonstrates the transformative impact of advanced lightning protection technology. By replacing traditional systems with a modern, scientifically validated solution, the plant has eliminated lightning-related risks, safe guarding operations and setting a benchmark for lightning protection in the region.Below lightning data has been gathered over the last four years to see the density of ground lightning strikes in the protected area (Red Circle) View the results after the installation of the 26 units CMCE 120 systems protecting a large area.
Monitoring and Verification System
The CMCE system can be integrated with an advanced environmental monitoring platform to measure conditions within the protected zone.
The monitoring system records:
• Temperature
• Atmospheric pressure
• Relative humidity
• Altitude
• Electromagnetic pulses (lightning events)
Data is transmitted via Ethernet, Wi-Fi, or mobile networks to a cloud dashboard providing:
• Real-time monitoring
• Historical data analysis
• Device health alerts
• System performance verification
EN54-3 Type B Compliant
Precision Lightning Alerting Safety for High-Risk Areas
🎯 Protect key zones with real-time alerts:
✔️ Main Gate (Visitors & Contractors)
✔️ Workshops
✔️Wash-Bays
✔️ Fuel
✔️Explosives Depots
✔️ Crusher Plants
✔️Mine Camps
🔊 Complete Alert System:
✅ Hardware Sensor + Siren + Flashing Lights
✅ Digital Signage & Custom Logo Alert Zones
✅ EN54-3 Type B Compliant
✅ Manual and automated TEST ALERTS sent from your mobile.
✅ Auto-connects to any lightning detection network
✅Tailored to Your Site. Built for Harsh Conditions.
✅Where Precision Meets Protection.
Remote Solar System
240V System
Safeguard Your Staff and Equipment
Electrical Power Grid, Power Stations and Substations
Renewables, Energy Storage and Digital Monitoring
Equipped with state-of-the-art technology, it provides accurate and timely alerts on-site regarding the lightning danger level. With this proactive tool, you can manage risks effectively and safeguard the well-being of everyone around you during stormy weather.
Alert Board
With our real-time alerting service for lightning, you’ll never be caught off guard during a storm. Get immediate alerts that allow you to take swift action and protect what matters. Perfect for businesses, outdoor enthusiasts, and anyone who needs timely weather updates, our system is your trusted companion in severe weather conditions.
Real-Time Alerting
CMCE LIGHTNING SUPPRESSOR LAB TEST
Mines that have installed the CMCE Advanced Lightning Protection Elimination Electric Field Compensator Device
Centurion Coal Mine January 2026
CMCE 120 Lightning Suppression Protected area Radius of
120 meters or 11'310 Square meters
El Brocal Mine Installed 6 x CMCE 120 units in October 2018
6 x CMCE 120 Lightning Suppression Protects an area of 67'860 Square meters
Testimonial Chinalco Rio Tinto being happy with the results, Chinalco Rio Tinto Installed a CMCE 55 Unit 6 years later in 2020 installed a few additional CMCE 120
Protecting 2'375 Square meters Radius units protecting an area of 45'240 Square meters
installed in 2014
Cemento Sur Installed 37 CMCE 120 units in December 2018 Protected
area of 418'4700 Square meters (Gloria Group)
Performance Outcome
-
Zero direct lightning strikes on protected assets
-
Uninterrupted operations across multiple storm seasons
Case Study.
A solution was required to minimize the risk of methane ignition within underground operations caused by lightning-induced energy transfers along gas drainage wells at the Oyu Tolgoi Copper Mine (Rio Tinto) in Mongolia.
The presence of exposed gas wells presented a credible ignition and underground sparking hazard during lightning activity. necessitating a proven mitigation system.
Report Statement
The CMCE Lightning Protection System was successfully installed and commissioned across the effected gas drainage field. The system provides continuous, real-time monitoring and active lightning suppression within a defined protected zone surrounding the wells.
Post-installation results demonstrate a significant improvement over the existing lightning risk management scheme, delivering a novel and effective method for protecting gas drainage infrastructure and materially reduces the risk of lightning-induced sparking and methane ignition in underground operations.
This conceptual overview shows the probable placement of 4 Lightning Elimination Suppression Protection devices, each with a 120-meter (393ft) coverage radius. Additional evaluation to protect exposed parking and pedestrian traffic should also be considered.
Protecting an area of 45'240 Square meters
Recreation and Sports Fields
Costing Millions of $$$ in Asset Damages and loss of Production
Invest in the CMCE Lightning Protection Suppression system.
AES Panama confirmed that they have no direct strikes in the last four years after installing 26 CMCE units.
NASA has verified this via satelite over the last four years, as you see below on the left.
The lightning density prior the installation of the CMCE was over 90 strikes per square km/year.
On the right on and around the red circle you see the low density
The last four years NASA show less than 0.5 Lightning strikes per square km/year.
Ideal Applications
CMCE systems are engineered for high-risk environments including:
Mining Operations
Electrical Substations
Oil & Gas Facilities
Renewable Energy Plants
Data Centres
Telecommunications Networks
Ports and Airports
Emergency Response Centres
Sports Venues
Industrial Facilities
Installation Standards
CMCE installations are designed using recognized Lightning Protection System engineering practices aligned with: • IEC 62305,• NFPA 780.• AS/NZS 1768
Installations include:
• Engineered grounding systems
• Proper bonding of structures and electrical systems
• Compliance with LPS conductor sizing requirements
• Integration with existing protection systems
The CMCE Lightning Protection Suppressor system is not to replace the conventional Franklin Lightning Rod and air terminals or active ESE terminals system, but rather to improve and enhanced protection of electrical and control systems, structural assets, equipment and the safety of staff.
The installation contributes to improved site safety performance, mitigating lightning-induced damage and minimizing operational downtime of up to 98%
This has been validated by NASA looking at historical lightning data and case studies over 15 years
Why Choose Eeko Lightning Solutions
Eeko Lightning Solutions Pty Ltd specializes in advanced lightning protection systems for critical infrastructure.
Our services include:
• Lightning risk assessments
• CMCE system design
• Professional installation
• Monitoring system integration
• Ongoing performance support
Our objective is simple:
Reduce lightning risk. Protect infrastructure. Ensure operational continuity.
Protect Your Infrastructure Before the Next Storm
Lightning does not schedule downtime — but the right protection system can prevent it.
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Our objective is simple
Reduce lightning risk. Protect infrastructure. Ensure operational continuity.
Protect Your Infrastructure Before the Next Storm
Lightning does not schedule downtime — but the right protection system can prevent it.
Contact Eeko Lightning Solutions Pty Ltd to learn how CMCE technology can protect your people, assets, and operations.
The area within the RED circle represents the AES Panama Gas plant zone, before the installation of the CMCE Lightning Suppressor (shown in RED) 90+lightning strikes per square km per year
The area enclosed in the red circle represents the plant zone 5 years after the installation of the CMCE lightning suppressor. Showing light blue, less than 0.5 lightning strikes per square km per year, NASA validating the AES Panama's report.
Why Choose CMCE Lightning Elimination Protection Device?
Prevents Lightning Strike Formation Cost-Effective and Low-Maintenance
One Device, Large Area Coverage Engineered with Durable Materials
Nikola Tesla Patent Technology Hurricane-Resistant & Corrosion Proof
Manufacturer Warranty Active monitoring and historical data report
Lab and Field -Proven Effective
With over 10 000 PLUS installations and 60 distributors worldwide.
Eeko Lightning Solution Pty Ltd is a Certified supplier and Certified Installer.
Case Study: Porgera gold mine
Porgera gold mine, in New Guinea, in 2016 that involved power outages for more than three months, due to a lightning strike leading to daily losses of $ 700,000 (National Lightning Safety) New Guinea is a high-density lightning area per square km per year.
The places considered dangerous due to the presence of this type of phenomenon are flat lands or those where there are electrically conductive elements, so the most exposedareas with Overhead power lines and electrical substations, comms towers and in open areas, wetlands, areas with the presence of exposed metal structures. For all this, the mining camps are considered high risk, since they present a large part of the characteristics described, so when an electrical storm occurs in the mining.
18 CMCE units was installed in 2017
Protecting our assets and an area of 203’580 Square Meters
Enhanced protection of electrical and control systems, structural assets, and equipment. The installation has contributed to improved site safety performance, mitigating lightning-induced damage and minimizing operational downtime. No direct lightning strikes have occurred in the CMCE protected areas in the last 9 years.
THREE DIFFERENT SIZES
Protected area from lightning ground strikes
Typical Coverage Areas
CMCE devices are available in multiple protection ranges.
Model Protection Radius Coverage Area
CMCE 25 25 m ~490 m²
CMCE 55 55 m ~9,503 m²
CMCE 120 120 m ~11,310 m²
Large industrial sites can be protected through multi-device system design.
CMCE 120 Lightning Suppression Protected area
Radius of 120 meters or 11'310 Square meters
<---------240 meters---------->
Installation done in January 2026
CMCE Lightning Elimination Protection Device for Mining & Resources
Lightning Alert Sinage Display Boards
Our Partners
Centralian controls, Vaisala, Hartac, Sertec
Halytech, Weather Watch, Campbell Scientific
Do what’s Right
Seek better Ways
Make a Difference
Focused on Safety
Precision Meets Protection