First-in-industry
All-in-one
monitoring system
World-leading Overhead Line Sensor for Transmission Lines. Deployed and trusted by utilities in 8+ countries.
LKX-MULTI
LKX-MULTI
Conducting autonomous monitoring of overhead lines under all conditions using Laki Power's patented power harvesting technology. Providing reliable images, data and video without the need for external power sources.
100W+
Power Harvesting
Ultrasonic
Wind Sensor
Dual Optics
4K Camera System
10+
On-board Sensors
High Situational Awareness.
4K Optical Cameras give insights into conditions on the grid. Streaming images every 10 seconds with video on-demand and during critical events.
This is real, real-time.
UHD images stream to your
system every 10 seconds.
Monitor ice build up and calculate
ice load with high precision.
Conductors provide optimal vantage for
monitoring large areas for wildfire smoke.
High quality videos on demand.
A video displaying a galloping event,
caused by perpendicular wind and icing.
A video displaying a galloping event,
caused by perpendicular wind and icing.
Start streaming data and images instantly.
Easy Installation.
The LKX-MULTI is installed with six bolts.
Two man crew installation via a bucket truck.
More reasons to choose the LKX-MULTI
Self-Powered
The LKX-MULTI monitoring system is fully powered by the power line using our patented power harvesting.
Real-time Optics
Monitors surroundings both with sensors, video and images. Providing a holistic view of conditions on the line.
Precise Weather Data
The only line powered monitoring unit to feature a complete weather station with wind speed, direction, humidity and temperature.
Product Details
Optical Camera System
Optical Camera System
Ultrasonic Wind Sensor
Ultrasonic Wind Sensor
Max Resolution
6MP
Speed Range
0-75 m/s
Max Video FPS
25 fps
Speed Resolution
0.1 m/s
Camera Platform
Mobotix S74
Direction Range
360°
Field of View
120°to 180°
Direction Resolution
1°
Line Requirements
Technical Details
Technical Details
Max Line Voltage
550kV
Communication
LTE/UMTS/GMS or fiber optic
Max Sub-Conductor Current
1600A
Operating Temperature
-40°C to +70°C
Max Sub-Conductor Diameter
50mm (1.97in)
Maintenance
Fully Autonomous
Max Sub-Conductor Temperature
150°C (302F)
Backup Battery Capacity
6Ah
Discover more use cases.
Discover more use cases.
Discover more use cases.
Discover more use cases.
Explore our Products.
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.
FAQ
FAQ
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?
No, our systems do not stream video in real-time. Instead, they 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. However, the installation process is managed by the grid operator, who must follow the appropriate safety protocols to ensure a safe and secure installation.
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?
No, our systems do not stream video in real-time. Instead, they 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. However, the installation process is managed by the grid operator, who must follow the appropriate safety protocols to ensure a safe and secure installation.
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?
No, our systems do not stream video in real-time. Instead, they 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. However, the installation process is managed by the grid operator, who must follow the appropriate safety protocols to ensure a safe and secure installation.
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?
No, our systems do not stream video in real-time. Instead, they 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. However, the installation process is managed by the grid operator, who must follow the appropriate safety protocols to ensure a safe and secure installation.
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