Grid Enhancings Solutions
For Every Environment
Grid Enhancings Solutions
For Every Environment
Grid Enhancings Solutions For Every Environment
Grid Enhancings Solutions
For Every Environment
Grid enhancing systems for transmission lines, offering innovative solutions to some of today's most pressing challenges faced by utilities and power grid operators.
Grid enhancing systems for transmission lines, offering innovative solutions to some of today's most pressing challenges faced by utilities and power grid operators.
Grid enhancing systems for transmission lines, offering innovative solutions to some of today's most pressing challenges faced by utilities and power grid operators.
Complete Monitoring Station
Autonomous Operation.
Zero Maintenance.
Autonomous Operation.
Zero Maintenance.
Unmatched Optics
Real-time data & images, streaming to your system.
Unmatched Optics
Real-time data & images. Streaming to your system.
Event System
Receive alerts during
critical events.
Effortlessly monitor, detect, and prevent grid issues with cutting-edge analytics and real-time data.
Explore Cloud Software
Event System
Receive alerts during
critical events.
Effortlessly monitor, detect, and prevent grid issues with cutting-edge analytics and real-time data.
Explore Cloud Software
Event System
Receive alerts during
critical events.
Effortlessly monitor, detect, and prevent grid issues with cutting-edge analytics and real-time data.
Explore Cloud Software
Working towards a safer
and more efficient grid.
Working towards a safer and more efficient grid.
LKX-MULTI
Tested and complete monitoring system for overhead power lines, deployed around the world.
LKX-SURV
Advanced surveillance unit designed to detect and react to a broad spectrum of threats and disturbances.
Laki Analytics Studio
All-in-one software solution for transmission line insights, optimization and analysis.
LKX-MULTI
Tested and complete monitoring system for overhead power lines, deployed around the world.
LKX-SURV
Advanced surveillance unit designed to detect and react to a broad spectrum of threats and disturbances.
Laki Analytics Studio
All-in-one software solution for transmission line insights, optimization and analysis.
LKX-MULTI
Tested and complete monitoring system for overhead power lines, deployed around the world.
LKX-SURV
Advanced surveillance unit designed to detect and react to a broad spectrum of threats and disturbances.
Laki Analytics Studio
All-in-one software solution for transmission line insights, optimization and analysis.
LKX-MULTI
Tested and complete monitoring system for overhead power lines, deployed around the world.
LKX-SURV
Advanced surveillance unit designed to detect and react to a broad spectrum of threats and disturbances.
Laki Analytics Studio
All-in-one software solution for transmission line insights, optimization and analysis.
LKX-MULTI
Tested and complete monitoring system for overhead power lines, deployed around the world.
LKX-SURV
Advanced surveillance unit designed to detect and react to a broad spectrum of threats and disturbances.
Laki Analytics Studio
All-in-one software solution for transmission line insights, optimization and analysis.
LKX-MULTI
Tested and complete monitoring system for overhead power lines, deployed around the world.
LKX-SURV
Advanced surveillance unit designed to detect and react to a broad spectrum of threats and disturbances.
Laki Analytics Studio
All-in-one software solution for transmission line insights, optimization and analysis.
LKX-MULTI
Tested and complete monitoring system for overhead power lines, deployed around the world.
LKX-SURV
Advanced surveillance unit designed to detect and react to a broad spectrum of threats and disturbances.
Laki Analytics Studio
All-in-one software solution for transmission line insights, optimization and analysis.
LKX-MULTI
Tested and complete monitoring system for overhead power lines, deployed around the world.
LKX-SURV
Advanced surveillance unit designed to detect and react to a broad spectrum of threats and disturbances.
Laki Analytics Studio
All-in-one software solution for transmission line insights, optimization and analysis.
LKX-MULTI
Tested and complete monitoring system for overhead power lines, deployed around the world.
LKX-SURV
Advanced surveillance unit designed to detect and react to a broad spectrum of threats and disturbances.
Laki Analytics Studio
All-in-one software solution for transmission line insights, optimization and analysis.
LKX-MULTI
Tested and complete monitoring system for overhead power lines, deployed around the world.
LKX-SURV
Advanced surveillance unit designed to detect and react to a broad spectrum of threats and disturbances.
Laki Analytics Studio
All-in-one software solution for transmission line insights, optimization and analysis.
LKX-MULTI
Tested and complete monitoring system for overhead power lines, deployed around the world.
LKX-SURV
Advanced surveillance unit designed to detect and react to a broad spectrum of threats and disturbances.
Laki Analytics Studio
All-in-one software solution for transmission line insights, optimization and analysis.
LKX-MULTI
Tested and complete monitoring system for overhead power lines, deployed around the world.
LKX-SURV
Advanced surveillance unit designed to detect and react to a broad spectrum of threats and disturbances.
Laki Analytics Studio
All-in-one software solution for transmission line insights, optimization and analysis.
LKX-MULTI
Tested and complete monitoring system for overhead power lines, deployed around the world.
LKX-SURV
Advanced surveillance unit designed to detect and react to a broad spectrum of threats and disturbances.
Laki Analytics Studio
All-in-one software solution for transmission line insights, optimization and analysis.
LKX-MULTI
Tested and complete monitoring system for overhead power lines, deployed around the world.
LKX-SURV
Advanced surveillance unit designed to detect and react to a broad spectrum of threats and disturbances.
Laki Analytics Studio
All-in-one software solution for transmission line insights, optimization and analysis.
LKX-MULTI
Tested and complete monitoring system for overhead power lines, deployed around the world.
LKX-SURV
Advanced surveillance unit designed to detect and react to a broad spectrum of threats and disturbances.
Laki Analytics Studio
All-in-one software solution for transmission line insights, optimization and analysis.
LKX-MULTI
Tested and complete monitoring system for overhead power lines, deployed around the world.
LKX-SURV
Advanced surveillance unit designed to detect and react to a broad spectrum of threats and disturbances.
Laki Analytics Studio
All-in-one software solution for transmission line insights, optimization and analysis.
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We're here to transform grid monitoring by bringing to market new technology that dramatically enhances the level of power that can be efficiently harvested from high voltage lines.
About Us
FAQ
How are the monitoring systems powered?
Our monitoring systems are powered by our patented induction-based technology. This technology converts the alternating current (AC) from power lines into a stable direct current (DC) using cold rectification techniques. This method ensures a reliable power source without needing external power sources like batteries, solar panels, or diesel generators.
How do the monitoring stations communicate?
Our monitoring stations communicate by using cellular networks. Each station is equipped with a SIM card, allowing it to transmit data and images through LTE/UMTS/GSM networks, commonly known as 4G/3G. This ensures efficient and reliable communication for data transmission.
Do the solutions work on DC power lines?
No, our solutions are specifically designed for AC power lines and do not work on direct current (DC) power lines. This is because our technology relies on the induction principle, which requires an alternating current to function.
How much current is needed for the systems to function?
Our systems typically require about 80 amps of current to operate, including power-intensive de-icing equipment. In warmer climates, where de-icing is not necessary, around 60 amps of current is sufficient to run the systems effectively.
What is dynamic line rating?
Dynamic line rating is a technique used to optimize the capacity of power lines. By measuring environmental factors like wind speed, wind direction, and temperature, grid operators can safely increase the amount of current flowing through power lines, sometimes by up to 40%. This helps in maximizing the efficiency of the power grid.
Do the systems stream video in real-time?
Yes the systems are capable of streaming video. In areas with low bandwidth, the stations record video continuously in a 24-hour loop. When an event occurs or a user requests it, the relevant video footage is sent to our software platform for review.
Can the stations be installed on live power lines?
Yes, our monitoring stations can be installed on live power lines. The system is clamped directly on the conductor, ensuring secure attachment without affecting the power line's integrity.
What measures have been taken to prevent corona discharge?
Preventing corona discharge is crucial to avoid power loss, electromagnetic interference, and damage to the power lines. We have conducted FEM analysis and thorough testing, and rounded all edges in the design to ensure the system prevents corona discharge effectively.
FAQ
How are the monitoring systems powered?
Our monitoring systems are powered by our patented induction-based technology. This technology converts the alternating current (AC) from power lines into a stable direct current (DC) using cold rectification techniques. This method ensures a reliable power source without needing external power sources like batteries, solar panels, or diesel generators.
How do the monitoring stations communicate?
Our monitoring stations communicate by using cellular networks. Each station is equipped with a SIM card, allowing it to transmit data and images through LTE/UMTS/GSM networks, commonly known as 4G/3G. This ensures efficient and reliable communication for data transmission.
Do the solutions work on DC power lines?
No, our solutions are specifically designed for AC power lines and do not work on direct current (DC) power lines. This is because our technology relies on the induction principle, which requires an alternating current to function.
How much current is needed for the systems to function?
Our systems typically require about 80 amps of current to operate, including power-intensive de-icing equipment. In warmer climates, where de-icing is not necessary, around 60 amps of current is sufficient to run the systems effectively.
What is dynamic line rating?
Dynamic line rating is a technique used to optimize the capacity of power lines. By measuring environmental factors like wind speed, wind direction, and temperature, grid operators can safely increase the amount of current flowing through power lines, sometimes by up to 40%. This helps in maximizing the efficiency of the power grid.
Do the systems stream video in real-time?
Yes the systems are capable of streaming video. In areas with low bandwidth, the stations record video continuously in a 24-hour loop. When an event occurs or a user requests it, the relevant video footage is sent to our software platform for review.
Can the stations be installed on live power lines?
Yes, our monitoring stations can be installed on live power lines. The system is clamped directly on the conductor, ensuring secure attachment without affecting the power line's integrity.
What measures have been taken to prevent corona discharge?
Preventing corona discharge is crucial to avoid power loss, electromagnetic interference, and damage to the power lines. We have conducted FEM analysis and thorough testing, and rounded all edges in the design to ensure the system prevents corona discharge effectively.
FAQ
How are the monitoring systems powered?
Our monitoring systems are powered by our patented induction-based technology. This technology converts the alternating current (AC) from power lines into a stable direct current (DC) using cold rectification techniques. This method ensures a reliable power source without needing external power sources like batteries, solar panels, or diesel generators.
How do the monitoring stations communicate?
Our monitoring stations communicate by using cellular networks. Each station is equipped with a SIM card, allowing it to transmit data and images through LTE/UMTS/GSM networks, commonly known as 4G/3G. This ensures efficient and reliable communication for data transmission.
Do the solutions work on DC power lines?
No, our solutions are specifically designed for AC power lines and do not work on direct current (DC) power lines. This is because our technology relies on the induction principle, which requires an alternating current to function.
How much current is needed for the systems to function?
Our systems typically require about 80 amps of current to operate, including power-intensive de-icing equipment. In warmer climates, where de-icing is not necessary, around 60 amps of current is sufficient to run the systems effectively.
What is dynamic line rating?
Dynamic line rating is a technique used to optimize the capacity of power lines. By measuring environmental factors like wind speed, wind direction, and temperature, grid operators can safely increase the amount of current flowing through power lines, sometimes by up to 40%. This helps in maximizing the efficiency of the power grid.
Do the systems stream video in real-time?
Yes the systems are capable of streaming video. In areas with low bandwidth, the stations record video continuously in a 24-hour loop. When an event occurs or a user requests it, the relevant video footage is sent to our software platform for review.
Can the stations be installed on live power lines?
Yes, our monitoring stations can be installed on live power lines. The system is clamped directly on the conductor, ensuring secure attachment without affecting the power line's integrity.
What measures have been taken to prevent corona discharge?
Preventing corona discharge is crucial to avoid power loss, electromagnetic interference, and damage to the power lines. We have conducted FEM analysis and thorough testing, and rounded all edges in the design to ensure the system prevents corona discharge effectively.
FAQ
How are the monitoring systems powered?
Our monitoring systems are powered by our patented induction-based technology. This technology converts the alternating current (AC) from power lines into a stable direct current (DC) using cold rectification techniques. This method ensures a reliable power source without needing external power sources like batteries, solar panels, or diesel generators.
How do the monitoring stations communicate?
Our monitoring stations communicate by using cellular networks. Each station is equipped with a SIM card, allowing it to transmit data and images through LTE/UMTS/GSM networks, commonly known as 4G/3G. This ensures efficient and reliable communication for data transmission.
Do the solutions work on DC power lines?
No, our solutions are specifically designed for AC power lines and do not work on direct current (DC) power lines. This is because our technology relies on the induction principle, which requires an alternating current to function.
How much current is needed for the systems to function?
Our systems typically require about 80 amps of current to operate, including power-intensive de-icing equipment. In warmer climates, where de-icing is not necessary, around 60 amps of current is sufficient to run the systems effectively.
What is dynamic line rating?
Dynamic line rating is a technique used to optimize the capacity of power lines. By measuring environmental factors like wind speed, wind direction, and temperature, grid operators can safely increase the amount of current flowing through power lines, sometimes by up to 40%. This helps in maximizing the efficiency of the power grid.
Do the systems stream video in real-time?
Yes the systems are capable of streaming video. In areas with low bandwidth, the stations record video continuously in a 24-hour loop. When an event occurs or a user requests it, the relevant video footage is sent to our software platform for review.
Can the stations be installed on live power lines?
Yes, our monitoring stations can be installed on live power lines. The system is clamped directly on the conductor, ensuring secure attachment without affecting the power line's integrity.
What measures have been taken to prevent corona discharge?
Preventing corona discharge is crucial to avoid power loss, electromagnetic interference, and damage to the power lines. We have conducted FEM analysis and thorough testing, and rounded all edges in the design to ensure the system prevents corona discharge effectively.
Modernize Your Grid Today
Contact Us
Modernize Your Grid Today
Contact Us
Modernize Your Grid Today
Contact Us
Modernize Your Grid Today
Contact Us