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Sensor-based DLR solutions

Sensor-based Dynamic Line Rating solutions are designed to optimize the capacity and efficiency of electrical grids, ensuring a sustainable and reliable energy future. Ampacimon’s sensor-based DLR solutions use real-time line measurements to safely maximize transmission capacity. With smart sensors like Sense and Sense X, utilities gain precise, dynamic ratings to boost efficiency, reduce congestion, and support renewable integration. Explore how sensor-based DLR solutions work, the advancements in sensor technology, and success stories that highlight the impact of our sensors on global power grids.
Up to 40% capacity increase
Full real-time monitoring
High data accuracy
Standard compliant

Ampacimon DLR sensor-based solutions

Patented sensing method

Ampacimon’s patented sensing method is a distinctive approach to Dynamic Line Rating (DLR) that directly measures the physical behavior of overhead conductors using vibration-based sensing. At the heart of Ampacimon’s method is the use of low-frequency mechanical vibrations—naturally induced by wind or thermal convection—to extract key physical parameters of the conductor. This data is captured directly on the line, using DLR sensors and does not require external calibration or third-party weather data. This makes the system highly autonomous and accurate, even in complex or remote environments.
  • Uses low frequency vibrations caused by wind or thermal convection
  • Establishes a direct relationship between vibration frequency and sag for precise measurements
  • No calibration or conductor data needed for secure grid operation
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Sensors

Sense D
(for distribution and lower voltage)

Ampacimon’s Sense D DLR sensor is specifically designed for distribution networks and low-voltage environments, building on the capabilities of the original Sense sensor with enhanced accuracy and added functionality. It delivers real-time data on conductor temperature, current, and wind speed, enabling detailed monitoring of line conditions in lower-voltage settings. With advanced communication features, Sense D integrates seamlessly into existing grid management systems, making it an ideal solution for utilities aiming to optimize performance and reliability across their distribution infrastructure.
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Sense
(for transmission and high voltage)

Ampacimon’s Sense DLR sensor is purpose-built for transmission systems and high-voltage environments, offering precise, real-time measurement of conductor sag and vibration. It leverages low-frequency mechanical vibrations—caused by wind or thermal convection—to calculate line sag with high accuracy, eliminating the need for calibration. Its compact design and straightforward installation make it especially well-suited for deployment on high-voltage transmission lines across diverse terrains and weather conditions, ensuring reliable monitoring without compromising operational efficiency.
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Sense X
(premium drone-installable solution)

Sense X Dynamic Line Rating sensor and drone
Sense X is Ampacimon’s most advanced and premium-grade DLR sensor, engineered for high-performance grid monitoring and optimized for drone-based installation. Designed to meet the demands of modern utilities, it integrates multiple measurement parameters—including temperature, current, wind speed, and sag—into a single compact device. This all-in-one capability provides a comprehensive, real-time view of line conditions, enabling precise and proactive grid management. Built for resilience, Sense X delivers exceptional accuracy and reliability even in extreme environmental conditions, making it the ideal choice for utilities seeking cutting-edge performance with minimal installation effort.
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About DLR sensor-based solutions

What is a sensor-based DLR solution?
How does a sensor-based DLR solution work?
What are the benefits of a sensor-based DLR solution?

Use Cases

Our sensor-based success stories

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The first U.S. electric utility to integrate dynamic line ratings into real-time and market operations

PPL Electric became the first U.S. utility to integrate dynamic line ratings into real-time and market operations, optimizing transmission line performance, reducing congestion costs, and keeping customer rates low.
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Grid Integration of Renewables

A large European system operator must connect 9 MW of new wind power on its 63 kV grid.
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Summer/Winter Load Peak Management

The French Alps sky resort “La Clusaz” is fed by a single 150-kV line. In the winter season, load increases dramatically, while it is very low in summer.
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Enhancing Power Grid Transfer Capacity

Dynamic line rating as a service to renovate its static ratings. Overhead lines of the Danish transmission grid need to increase transfer capacity to relieve constraints.
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Maintenance Optimization

Optimizing existing lines during scheduled maintenance. A critical 220 kV line must be consigned for several months for scheduled maintenance.
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About DLR technology

Dynamic Line Rating (DLR) is an advanced technology used in electric power transmission to optimize the capacity of overhead power lines based on real-time environmental conditions. Unlike traditional static ratings, which rely on conservative assumptions, DLR adjusts the thermal capacity of transmission lines dynamically, enhancing efficiency and reliability. By continuously monitoring factors such as temperature, wind speed, and solar radiation, DLR systems can make real-time adjustments to the line's capacity, ensuring optimal performance under varying condition. Discover the power of Dynamic Line Rating (DLR) in optimizing electric power transmission. Learn how DLR works, explore different line capacity ratings, and understand the technologies and benefits of Dynamic Line Rating.
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Our Solutions on Grid Constrained Capacity:

Up to 40% more power for maximum grid capacity

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