Robotic inspection for Power Generation & Distribution
Increase safety, inspection efficiency, and uptime
in thermal, nuclear, hydro, solar, and wind facilities.
in thermal, nuclear, hydro, solar, and wind facilities.
Power Generation
Inspection challenges include safety risks, aging infrastructure, complexity, regulatory compliance, downtime concerns, remote locations, and labor shortages. ANYmal improves safety, increases plant availability, and reduces unplanned shutdowns.
Corrosive, gaseous, high-temperature, and radioactive areasContinuous monitoring and early anomaly detection
Seamless integration with existing systems
Power distribution
High-voltage system inspection has many limitations. Factors include inefficient manual data collection, challenging environmental conditions, and regulatory compliance. ANYmal delivers scalable, automated inspection capabilities to all kinds of distribution facilities.
Outdoor, indoor, offshore, and in adverse weather conditionsAutomated inspections during operation and while energized
Real-time data for optimized predictive maintenance
ANYmal and photorealistic digital twin enhance power plant inspections
Boost inspection accuracy, simplify deployment, and improve asset monitoring through advanced integration and digital twin technology.
ANYmal monitors high-voltage
transmission at RTE
Through scheduled, autonomous inspections, early detection of problems can reduce equipment failure.
Minimize dull, dirty, dangerous
and distant work
With its industry-grade ruggedness, ANYmal is suitable for tough working environments and can take over routine inspections in your brownfield facilities from day one.
Automated routine inspection
Monitor asset in operations, identify thermal anomalies, detect gas presences, and create 3D reality capture.
Mobile, autonomous and integrated
An end-to-end inspection solution for complex facilities, that integrates with your operation.
Works on wet and bumpy terrain
Four-legged locomotion, based on reinforcement learning, enables robust maneuvering in challenging environments.
We are trusted by
For RTE, the objective was really to evaluate, in representative situations, the first possibilities and the technological maturity of the autonomous inspection robotic solution.