Unlock Grid Efficiency with Data-drive Analysis
Welcome to the forefront of grid capacity optimization. Our innovative approach leverages micro weather data to deliver precise, real-time insights for enhanced grid efficiency. Stay ahead with our robust system, designed for maximum reliability and compliance with industry standards.
72h DLR Forecast
Micro weather data and line measurements drive our 72h DLR forecast.
Dive deep into detailed insights on ampacity, conductor temperature, sag, and more.
IEEE & CIGRE Compliance
Flexibility to choose between IEEE or CIGRE standards for DLR calculations.
10-Day AAR Forecast
Aligned with FERC 881 standards.
See the Impact
Every environmental nuance, from a gentle breeze to a roaring blizzard, directly influences the performance of your power lines. With our system the natural elements become quantifiable.
Increase Capacity by up to 30%
Visual Bottleneck Identification
Identify line bottlenecks, receive instant alerts, and understand your power line health at a glance.
Load Limit Insights
Understand real-time load constraints, their forecasted values, and operational potential for each line segment.
Tailor your insights. Choose metrics like sag, conductor temperature or ground clearance to gain specific insights tailored to operational needs.
From Comprehensive Inputs to Actionable Outputs
By harnessing data from our weather stations, line sensors, camera systems, and inherent power line characteristics, we create a holistic view of the power line environment. This comprehensive data feeds into our advanced models, producing precise insights tailored for optimal grid management. Explore how these inputs transform into key outputs that illuminate your grid's performance.
Real-time and forecasted insights driven by conductor pitch measurements.
Utilizing standards set by CIGRE and IEEE, we calculate ampacity levels rooted in local weather data and line measurements.
Comprehensive data integration for precise conductor temperature calculations.
High-accuracy ampacity forecasts provide crucial insight for optimizing grid reliability and efficiency.