Manage and Plan Assets with Confidence

Use digital twin models to understand conductor health and prioritize maintenance of critical assets

LineHealth®

Protecting Your Assets

Monitoring the health of transmission lines helps to ensure grid reliability and prevent costly failures. Early detection of potential issues such as sagging, overheating, or structural weaknesses reduces the risk of outages and safety hazards. These insights help maximize the efficiency of existing infrastructure, defer expensive upgrades, and better manage the increasing demands on the grid.

LineHealth helps utilities optimize maintenance, upgrades, and asset performance

Justify Capital Allocation

Prioritize system upgrades or reallocate maintenance elsewhere if intervention is not needed

Justify system upgrades & rate recovery with regulators

Enhance your inspection strategies

Identify need for invasive/expensive methods of investigation such as destructive testing

Avoid unnecessary outages

Pair LineHealth with additional inspection methods

Protect Your Investments

Measure conductor elongation

Revise MOTs based on conductor behavior

Ensure components perform to specification

The US Provider of Grid Intelligence

  • Sensors designed, tested, and assembled in the US
  • No foreign supply chain or cybersecurity risks
  • 100% US onshore data analysis and warehousing
  • US-based development and support teams

Utilities that Trust LineVision

“LineVision’s Asset Health Report helped us observe lines that are deteriorating rather than flying a particular line and giving us a point-in-time analysis. Using this sensor, we could watch and see how a line was loaded and the effects that weather has during critical peak times when the system was loaded.”

James Linder

Innovation Program Manager, TVA

What You Get with LineHealth

Evaluate conductor health with non-destructive techniques to prioritize maintenance where needed.

LineHealth can detect if your conductors have signs of:

Annealing

Reducing rated breaking strength & accelerated end-of-life

Elongation

Increasing sag & reducing the maximum operating temperature

Tension Deviations

Increasing risk of aeolian vibration and NESC limit violations

FAQs

Does every span of a transmission line need to be monitored with a sensor?

Compared to DLR and situational awareness, LineHealth targets fewer representative spans across the line length taking into account topography and criticality.

How is remaining life calculated?

The projected end of life is a straight-line approximation from the initial tensile strength to the present remaining tensile strength, with the remaining tensile strength having been calculated from the annealing experienced in its historical operation, as calculated from the historical operational data in conjunction with IEEE equations.

Connect with your grid modernization team today

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