Ommatidia’s Laser Radar systems capture high-accuracy 3D vibrometry data and micron-level point clouds, enabling digital twin models that respond to external and internal changes.
Enhancing the reliability of energy infrastructure requires preventive monitoring and maintenance. This includes leveraging vibroacoustic analysis for noise mitigation in transformers, high-resolution vibration analysis for wind turbines, and structural health monitoring for dams, power plants and beyond.
Explore how Ommatidia's FMCW Laser Radar is transforming energy sector monitoring—from certification and maintenance to predictive analytics—ensuring enhanced safety, and continuous operations of power grid.
Efficient Data Capture
Ommatidia LiDAR’s solutions are designed for outdoor and indoor operations. Owing to its long range, Q series laser radars can be easily deployed even under difficult access conditions. While the lightweight and small size of our solutions also allows for simple transportation to the site.
Atelier Software
Ommatidia Atelier 8.0 is a complete solution to manage the data from our 3D scanners and to support connecting sources on the field to different industry standard interfaces and management software.
Advantages
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Comprehensive Dynamic Analysis
The Q systems capture detailed vibration and displacement data, supporting operational modal analysis (OMA) to identify natural frequencies, mode shapes, and structural damping.
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Real-Time Structural Insights
Monitor structural performance continuously, enabling early detection of wear, fatigue, or damage for enhanced safety and reliability.
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Precision Measurement Capabilities
The system detects micro-displacements and velocity changes with accuracy better than 0.1 mm, using laser Doppler velocimetry and continuous illumination at a wavelength of 1550 nm.
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Scalable and Versatile
From wind turbines to nuclear reactors, the Q1 system is adaptable to diverse energy-sector applications, supporting both dynamic and static monitoring needs.
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Industry 4.0 Ready
With GPS synchronization and cloud integration, the system facilitates remote data access and advanced analytics, aligning with modern digital infrastructure.
Applications in Energy Infrastructure
Wind Turbines
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Real-time monitoring of dynamic behavior under operational loads.
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Modal analysis to assess vibration modes and structural deflections.
- Preventive maintenance insights to extend turbine life and improve efficiency.
Nuclear Facilities
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Non-invasive monitoring of vibrations and deflections in critical components.
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Continuous SHM for enhanced safety and compliance with stringent standards.
Hydroelectric Dams and Energy Structures
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Tracking structural performance under varying environmental and operational conditions.
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Early fault detection for timely maintenance and safety assurance.
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Enhancing the reliability of energy infrastructure requires preventive monitoring and maintenance. This includes leveraging vibroacoustic analysis for noise mitigation in transformers, high-resolution vibration analysis for wind turbines, and real-time structural health monitoring for dams. Explore how Ommatidia’s FMCW Laser Radar is transforming energy sector monitoring—from certification and maintenance to predictive analytics—ensuring enhanced safety, reduced downtime, and optimized performance.
