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Software

Expand Capacity

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Predict Faults

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Prevent Wildfires

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Unlock Line Capacity

Our software tool forecasts thermal line and component ratings (AAR & DLR) to meet FERC 881 compliance and increase transmission path capacity and reliability.

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Map-Based Display

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 Weather Uncertainty

We build confidence intervals around our forecast ratings (accounting for spatial and temporal uncertainty), giving you the confidence to make informed decisions.

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Data Integrations

Our tool delivers data where and when it's needed including EMS integration, Oasis submissions, and tool-based access control for market participants,  operations teams and others. 

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Transparency

We provide supporting documentation detailing our rating calculations and methodology, ensuring accuracy and transparency.

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Compliance

Meet FERC 881 compliance including in-line component ratings via tables, polynomial regressions and other methods. Prepare for FERC 1920 and DLR ANOPR compliance with our transmission analytics tool. 

How it works

01.

Comprehensive Network Mapping

We map your entire transmission network for immediate AAR and FERC 881 compliance. If available, we integrate existing weather stations and line sag sensors. No sensors required.

02.

Sensor Deployment Analysis

Our tool identifies optimal locations for WireWarrior sensor deployment, reducing forecast line rating confidence intervals.

03.

Drone Sensor Deployment 

We deploy our WireWarrior line sensors via our safe and efficient drone platform.

04.

Advanced Data Analytics

Our tool combines actual sensor weather data, advanced computational fluid dynamics, and AI/ML engines to produce the most accurate weather and line rating forecasts.

05.

Informed Grid Management

Push more energy through your lines, plan for contingency and n-1 scenarios, monitor and identify capacity bottlenecks and limiting components.

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Transmission Planning & Analytics

Analyze historical data. Calculate the impact of implementing AAR/DLR on your network. Comply with state and federal regulations (FERC 1920) that require analysis of Grid Enhancing Technologies.

Predict Faults

Predict line faults and failures before they happen, localized within 30 ft of the source. Improve grid resilience and reliability. Optimize deployment of O&M spend.

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Able to Detect (and more)...

Cracked/Dirty Insulators

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Gunshot Damage

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Vegetation Encroachment

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Bird Caging

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Broken Strands

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Pinpoint Wildfire Risk

Combine localized weather conditions with fault detection (i.e. ignition sources), and third-party data to develop a comprehensive span-level wildfire risk assessment. Inform Public Safety Power Shutoffs (PSPS), line monitoring and other critical wildfire prevention decisions.

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