Transmission

A jet drone for the deployment of conductors in the ultra-high and high voltage grid. Such drones replace the expensive use of helicopter. 60-200 kg carrying capacity. Significant value in terms of safety, cost and time saving.

Installation of warning spheres using special technology. As part of our project, the installation is done by drones instead of helicopters where such spheres are required according to international standards.

Detection of corrosion in the bases of electric poles using various technologies to increase the life span of the high voltage power grid.

Integrating sensors in a limited number of junctions that indicate the short route and its type to alert supervisors in real time of the type of fault and its location.

Thermovision fault detection via aerial scanning and AI-based analysis for equipment maintenance assessment.

Harvesting of energy from the grid to charge drones, directly from grid-connected charging platforms suspended on power lines.

Monitoring over 1,000 km (more than 620 miles) of IEC's transmission grid, detecting electrical faults, damage to power towers and transmission lines and weather conditions across 20% of Israel's national grid.

Scanning the grid by UAV (drone and fixed-wing) and constructing a system with ML capabilities to identify abnormalities based on visual scanning while providing insights for predictive maintenance in the above-ground transmission and distribution grid.

Building a platform for washing insulators by drones which significantly reduces costs compared to helicopters and reduces risks and potential damage to the grid.