Grid Enhancing Technologies
Dynamic Line Rating and Monitoring System
Not All DLRs Are Equal
Our Dynamic Line Ratings (DLRs) are calculated using real-time non-contact field measurements of weather and conductor position to determine ampacity, enabling grid operators to accurately and reliably optimize power flow on the grid.
The Non-Contact, No Outage Sensor
LineVision LUX™ is the industry's most widely installed, American-based, non-contact sensor transforming the way transmission lines are monitored. This patented sensor technology mounts quickly and securely to lattice towers and monopoles rather than to live lines, dramatically increasing the safety, operational efficiency, and accuracy of data models without interfering directly with the lines.
LineVision LUX
Welcome to a new era in power line sensing with LineVision LUX™, where real-time data accuracy increases energy delivery. LineVision LUX™ is the industry's only patented non-contact sensor, built and designed to evolve with changing regulatory and technological advances. We never attach directly to live-lines, providing greater accuracy and flexibility to meet your ongoing needs and rigorous expectations.
Non-contact sensor eliminates the need for expensive installation equipment, high-risk line crew work, or customer outages
LiDAR technology monitors all phases of multiple circuits and bundled conductors with just one sensor
Sensors collect granular real-time data, which train and validate LineVision methodologies and machine learning models for the most precise readings
Stainless steel enclosure and long-lasting Lithium Iron Phosphate (LiPO4) battery ensure lifetime reliability
Modularized assembly increases installation efficiency, ease of maintenance, and ensures flexibility for evolving regulatory requirements
Designed, assembled, and tested in the US in harsh environmental conditions to guarantee a full hardware maintenance warranty for the life of contract
Specifications
LiDar Sensor
Enclosure
Battery
SOlar Panel
Integration & Operations
Software
LineVision's sensor-validated platform is ISO 27001 compliant and available on-premise or through secure cloud delivery. Our suite of software solutions provide utilities with comprehensive visibility and data-driven insights into the capacity, health, and performance of their transmission lines. By combining real-world data with our proprietary methodologies, LineVision enables grid operators to modernize operations and optimize grid performance.
Dynamic Line Ratings
LineRate Suite
Meet FERC 881 compliance and safely increase capacity on transmission lines by up to 40% with Dynamic Line Ratings and Ambient Adjusted Ratings
Situational Awareness
LineAware
Ensure lines are within safe operating limits with real-time alerting on threats to grid reliability or public safety
Outputs
Conductor sag, all phases
Conductor blowout, all phases
Icing risk
Icing detection alerts
Anomalous motion alerts
Ambient weather conditions
Asset Health
LineHealth
Improve asset management by using digital twin models to understand conductor health and prioritize maintenance of critical assets
Outputs
Loss of strength from historical annealing analysis
Conductor end of life projection
Phase by phase observed sag distributions
Observed sag/temperature relationship curves
Conductor elongation analysis
Projected safe maximum operating temperature
Rated breaking strength evaluation & aeolian vibration risk
Conductor temperature
Data Portal
Flexible access to your data through a secure, cloud-based portal or hybrid on-prem option
Methodologies
LineVision employs an award-winning data science team based entirely in the US, and maintains all data securely onshore. Our state-of-the-art methodologies leverage techniques in machine learning and Computational Fluid Dynamics (CFD) modeling, along with real-time sensor measurements and weather data to build comprehensive, validated, and safe models for Dynamic Line Ratings and transmission line analytics.
Guaranteed 99.5% DLR availability - the highest offered in the industry
Dynamic Line Ratings Methodology
LineVision's sensor-validated Dynamic Line Ratings (DLR) are calculated using a combination of precisely modeled and measured data inputs. Weather data and computational fluid dynamics are used to account for hyper-local terrain and vegetation along the transmission corridor. The model is then trained using machine learning and LineVision LUX inputs of sag, blowout, and conductor temperature. This approach enables LineVision to determine the true ampacity of the line with a high level of accuracy. The DLRs are then delivered in real-time and hourly forecasts up to 10 days ahead.
Situational Awareness Methodology
LineVision’s LineAware solution uses the LineVision LUX sensor to ingest real-time field measurements of conductor sag and blowout to build a digital twin model of the monitored transmission span. The LineAware solution ensures lines are within safe operating limits with real-time alerting on anomalous horizontal and vertical conductor position on each phase of power as well as icing risk and detection.
Asset Health Methodology
LineVision’s LineHealth solution builds a digital twin of the monitored transmission span to help engineers prioritize the repair and replacement of lines that are identified as critical or at risk. The solution ingests data from the LineVision LUX sensor to monitor real-time conductor behavior and model end of life projections, sag distributions, conductor elongation, aeolian vibration risk, and projects the safe maximum operating temperature.
Our data models apply a multi-layered, sensor-based approach, and are continuously trained and validated, resulting in the most reliable DLR and transmission line analytics available.
Real-world sensor data from LineVision LUX is used to continuously train and validate our models, which enables the highest accuracy and uninterrupted results for our customers
IEEE and CIGRE have provided clear industry guidance for the implementation of DLR calculations and the field measurements that go into them. LineVision adheres to - and builds upon - this guidance to ensure the safest and most reliable ratings and analytics for utility partners, and maintains all data domestically
By utilizing rugged, non-contact American-made hardware, we deliver the most reliable transmission line sensors in the industry to empower grid operators and increase safety for maintenance crews
Connect with your grid modernization team today
