OPTIMIZE GRID CAPACITY

Unlock More Grid Capacity
with Local Weather Data.

Unlock More Grid Capacity with Local Weather Data.

The only DLR solution with a line-powered wind sensor for precise weather data. Increase capacity up to 40% and stay within thermal limits with advanced sensor technology.

The only DLR solution with a line-powered wind sensor for precise weather data. Increase capacity up to 40% and stay within thermal limits with advanced sensor technology.

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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.

Direct Wind Measurements

The only solution on the market that measures wind speed and direction from the conductor. Wind accounts for up to 80% of increase in capacity.

FERC 881 Compliant

Advanced transmission monitoring system fully complies with FERC Order No. 881, ensuring optimal efficiency and reliability.

40% Capacity Increase

Maximize capacity by leveraging local weather data, and ensure safety using local line sensors that measure temperature, sag, and current to prevent your power lines from exceeding thermal limits.

Accuracy with Local, Line Powered Sensors.

By correlating external weather data with our local weather data, our system delivers the most accurate and comprehensive environmental insights available. We are the only solution on the market equipped with a wind sensor powered directly on the line, offering unmatched precision in weather-related analytics.

Adhere to Industry Standards

Our system is designed to comply with IEEE and CIGRE standards, ensuring that your operations meet the highest levels of industry compliance and reliability. Stay ahead of regulatory requirements with our robust and future-proof solution.

Monitor Real-Time Conditions

Our DLR technology allows you to safely increase the capacity of your power lines by up to 40%. By dynamically adjusting to real-time conditions, you can optimize the performance of your grid and meet increasing energy demands without costly infrastructure upgrades.

Forecast and Monitor With Ease.

The LKX-MULTI devices have functionality that enables DLR. Giving insight into the current load value of the line as well as using weather data to calculate the actual capacity of the line.

What is the Ampacity?

Ampacity indicates the maximum capacity a conductor can handle, factoring in wind speed, wind direction, ambient temperature, and other parameters. This calculation follows CIGRE or IEEE standards.

What is the Ampacity?

Ampacity indicates the maximum capacity a conductor can handle, factoring in wind speed, wind direction, ambient temperature, and other parameters. This calculation follows CIGRE or IEEE standards.

What is the Ampacity?

Ampacity indicates the maximum capacity a conductor can handle, factoring in wind speed, wind direction, ambient temperature, and other parameters. This calculation follows CIGRE or IEEE standards.

What is the Ampacity?

Ampacity indicates the maximum capacity a conductor can handle, factoring in wind speed, wind direction, ambient temperature, and other parameters. This calculation follows CIGRE or IEEE standards.

What is the load value?

The load value is the actual current, measures in Ampers [A], measured by the LKX-MULTI monitoring station. The value shows in real-time the current load in a single location.

What is the load value?

The load value is the actual current, measures in Ampers [A], measured by the LKX-MULTI monitoring station. The value shows in real-time the current load in a single location.

What is the load value?

The load value is the actual current, measures in Ampers [A], measured by the LKX-MULTI monitoring station. The value shows in real-time the current load in a single location.

What is the load value?

The load value is the actual current, measures in Ampers [A], measured by the LKX-MULTI monitoring station. The value shows in real-time the current load in a single location.

How is the forecast calculated?

The LKX-MULTI monitoring system measures local weather from the conductor and correlates with external weather forecasts, improving over time giving higher accuracy than relying solely on external weather forecasts.

How is the forecast calculated?

The LKX-MULTI monitoring system measures local weather from the conductor and correlates with external weather forecasts, improving over time giving higher accuracy than relying solely on external weather forecasts.

How is the forecast calculated?

The LKX-MULTI monitoring system measures local weather from the conductor and correlates with external weather forecasts, improving over time giving higher accuracy than relying solely on external weather forecasts.

How is the forecast calculated?

The LKX-MULTI monitoring system measures local weather from the conductor and correlates with external weather forecasts, improving over time giving higher accuracy than relying solely on external weather forecasts.

Download Case Study

Download Case Study

Discover how implementing a Dynamic Thermal Line Rating (DTLR) system can enhance power line capacity and increase revenues, based on our in-depth feasibility study for a 380kV line

Complete grid monitoring unit.

Discover LKX-MULTI

Complete grid monitoring unit.

Discover LKX-MULTI

Complete grid monitoring unit.

Discover LKX-MULTI

Complete grid monitoring unit.

Discover LKX-MULTI

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Increase Capacity Today

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Increase Capacity Today

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Increase Capacity Today

Contact Us

Increase Capacity Today

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