Solar Farms
Maximize panel efficiency with automated vegetation control
Overgrown vegetation can reduce solar panel efficiency by up to 25%. Traditional mowing requires expensive trips to remote locations and risks equipment damage to panels. Our autonomous mowers maintain optimal ground cover continuously, maximizing your energy production.
Industry Pain Points We Solve
Vegetation Shading
Overgrown grass and weeds shade panels, reducing energy output by up to 25%.
Remote Locations
Solar farms are often in remote areas, making traditional mowing expensive and logistically difficult.
Panel Damage Risk
Traditional mowing equipment can damage panels, racking, and wiring if operators aren't careful.
Environmental Restrictions
Many jurisdictions limit herbicide use, requiring mechanical vegetation control.
How Atronex Solves These Challenges
Continuous Maintenance
Autonomous mowers maintain optimal vegetation height continuously, preventing overgrowth.
Remote Operation
Monitor and control mowers from anywhere—no need for on-site personnel.
Panel-Safe Navigation
Precise GPS and LiDAR navigation keeps equipment safely away from panels and infrastructure.
Reduced Site Visits
Eliminate routine mowing trips; only visit for periodic maintenance checks.
Common Questions
How does it navigate around panel rows?
During setup, we map the entire solar array including panel rows, inverters, and other infrastructure. The mower uses this map plus real-time LiDAR to navigate safely between rows.
What about remote monitoring?
Our cloud platform provides real-time status, GPS location, and alerts for all mowers. You can monitor operations from anywhere and receive notifications for any issues.
Can it handle uneven terrain?
Yes, our mowers handle slopes up to 30° and uneven terrain common at solar installations. The 4WD system maintains traction in challenging conditions.