Total Resilience with Smart Protection Systems

Combining extensive industry experience with high-level computational modeling to navigate complex regulatory frameworks and optimize design outcomes.

Selecting an optimal lightning protection strategy is predicated on a comprehensive risk analysis. Our engineering approach integrates international standards with a detailed evaluation of structural specifics, internal electronic assets, and incoming service lines to ensure seamless, robust protection.

Expanding beyond conventional solutions, our next-generation smart ecosystem leverages IoT connectivity, AI, and proprietary expert algorithms to provide real-time monitoring and predictive diagnostics for every system component. This integration redefines lightning protection by maximizing operational safety and shifting maintenance from reactive to predictive optimization.

The ATSTORM® Lightning Detection System integrates IoT technology and expert algorithms to provide an objective, smart early warning framework. Engineered to mitigate lightning-related risks, it streamlines temporary preventive actions and optimizes downtime, ensuring both occupational safety and operational continuity.

Intelligent Detection: Automated activation of preventive measures based on high-precision lightning strike risk analysis.

IoT-Driven Insights: Powered by expert algorithms that evaluate real-time site conditions and historical data.

Operational Optimization: Enhances workplace safety while maximizing productivity through objective, localized threat assessment.

ESE air terminals, self-diagnostics, and IoT technology.

Global Benchmark: Over 20 years of expertise and 100,000+ installations worldwide.

Smart Evolution: The first-to-market IoT lightning rod with daily autonomous self-diagnosis.

In addition to providing superior lightning protection, the DAT CONTROLER® REMOTE features an intelligent self-monitoring framework that pushes diagnostic data directly to the CLOUD Server, ensuring 24/7 system integrity.

Full Compliance: Rigorously certified under Directive 1995/CE (R&TTE) and EN 60950/301 489 standards.

SMART LIGHTNING LOGGER is an intelligent, IoT-enabled monitoring system designed for real-time detection and characterization of lightning strikes. Installed directly on the down conductor, it captures and reports critical strike parameters, including amplitude, polarity, duration, charge, and specific energy, immediately upon occurrence.

Real-Time IoT Intelligence: Instant alerts and detailed strike reporting directly from the down conductor to your dashboard.

Comprehensive Strike Analytics: Precise data on amplitude, polarity, duration, and energy levels for every captured event.

Proactive Maintenance: Immediate verification of system status post-impact, reducing the reliance on scheduled manual inspections.

Secure Cloud Integration: All data is processed via the AT-CLOUD for redundant storage and intelligent user insights.

An intelligent monitoring framework providing real-time notification and granular data on lightning impacts, optimized for the rigorous demands of wind turbine lightning protection.

High-Risk Protection: Engineered for the unique structural and geographical vulnerabilities of wind energy assets.

Patented IoT Intelligence: Real-time strike registration and characterization delivered via a secure, cloud-integrated framework.

Predictive Maintenance: Instant damage identification to prevent costly structural failures and minimize revenue loss.

Blade-Mounted Precision: Specialized sensors designed for high-accuracy monitoring at the point of impact.

Internal Lightning Protection is engineered to safeguard sensitive electrical and electronic systems by mitigating transient overvoltages induced by lightning electromagnetic impulses (LEMP).

Rapid Response: Instantaneous protection across power and data lines to neutralize surges from lightning or grid switching.

Coordinated Defense: A staggered, sequential protection framework designed to withstand full lightning currents while minimizing residual voltage.

Global Compliance: Fully engineered and tested according to IEC 61643-11 (power) and IEC 61643-21 (telecommunications) standards.

Future-Proof Safety: Guarantees a safe operating environment for existing sensitive equipment and future infrastructure upgrades.

Our protection solutions proactively mitigate the risks of permanent overvoltages. By de-energizing the internal network when supply thresholds are exceeded, the system effectively shields sensitive equipment from prolonged electrical stress and potential failure.

Sustained Voltage Fluctuations: Protection against potential increases exceeding 10% of nominal ratings that persist over several cycles.

Root Cause Mitigation: Specifically designed to counter phase decompensation caused by neutral breaks or transformer malfunctions.

Global Compliance: Certified under EN IEC 63052:2022 for high-reliability Power Frequency Overvoltage Protection (POP).

Lightning is a powerful natural phenomenon beyond human control. Our advanced protection systems are engineered to neutralize its destructive potential, delivering comprehensive risk mitigation where prevention is not an option.

High-Precision Air Termination: Engineered as the definitive point of controlled interception, ensuring lightning strikes are safely captured and channeled to the ground without compromising structural integrity.

Proactive ESE Technology (DAT CONTROLER®): Features advanced Early Streamer Emission technology that initiates a continuous upward leader before any other object in the vicinity. This significantly expands the protection radius compared to traditional systems.

Exclusive Global Certification: The DAT CONTROLER® line (Plus & Remote) stands as the world’s only lightning protection series to hold the prestigious AENOR ‘N’ Certification, guaranteeing unmatched operational reliability and regulatory excellence.

Global Standard Compliance: Every system component and installation layout is engineered to exceed the rigorous requirements of international standards IEC 62305 and IEC 62561.