An integrated mobile platform comprising equipped vehicles, professional drones (SAPR), a real-time control room, robotic maintenance, and autonomous energy and communication infrastructure. The goal: to deliver a documented and measurable reduction in occupational injury and illness risks by replacing direct exposure with supervised remote operations.
The project involves building an integrated mobile enterprise platform: equipped vehicles, drones (SAPR), a mobile control room with real-time command and control, robotic maintenance, and autonomous energy/communication infrastructure.
The primary objective is the documented and measurable reduction of the occupational injury and illness risks identified in the pre-intervention analysis, through the systematic replacement of direct in-person activities with remote, automated operations supervised from a control station.
Six operational subsystems combined into a single mobile architecture: inspection and agricultural drones, control room, off-road logistics, green-space robotics and PV cleaning.
Multi-sensor enterprise drone
IR thermal camera 640×512 (NETD <30mK), 48MP visual sensor, laser rangefinder and environmental sensors. Aerial thermography, structural video inspections and real-time perimeter surveillance.
R1 fall from height: R=16 → R=2. R2 thermal exposure: R=9 → R=2.
Heavy-lift liquid distribution
50 L tank, coverage up to 21 hectares/hour, centimetre-level RTK, programmable autonomous routes for crop protection treatments and targeted irrigation.
R4 chemical/biological agents: R=6 → R=1. Positive effect on R5 vibration.
Mobile workshop and command centre
Multi-monitor workstation, local NAS/server, drone charging station, Starlink connectivity, PV roof with storage and backup generator, ergonomic workstation.
R7 operational isolation resolved: constant communication with headquarters and emergency services.
Off-road operational vehicle
Off-road vehicle for remote sites and unpaved terrain, professional winch for recovery, equipment transport and safety in adverse environmental conditions.
Reduced response times and risks from difficult terrain.
Remote mowing on slopes up to 55°
Remote-controlled green maintenance machine, operating on uneven terrain and beneath PV modules. The operator controls the vehicle from a safe distance.
Eliminates mechanical risks from cutting, vibration and biological agents.
Extendable arms and SAPR support
Cleaning of photovoltaic modules without manual roof access, using demineralised water distributed via extendable arms or aerial dispensers.
Eliminates residual R1 risk during routine maintenance operations.
Documented reduction of the main risks identified in the pre-intervention state, measured as Probability × Harm according to the risk assessment matrix.
Full documentation of the investment project, including before/after risk analysis, details of all 10 subsystems and the operational timeline.