Wheeled Inspection Robot for the Power Industry – from Sevnce Robotics
Features:
- IP55 Protection Rating
- 0.8m/s Walking Speed
- ≥8h Battery Life
- ≤40kg Curb Weight
This Wheeled Inspection Robot is applicable in environments like substations and converter stations. The exterior is designed with anti-static and anti-electromagnetic coatings, incorporating advanced features such as trackless navigation, intelligent image recognition and analysis, as well as a combination of multiple sensors to automate the inspection process that was previously performed manually. The inspections focus on identifying defects in equipment appearance, capturing meter readings, verifying switch positions, measuring equipment temperatures, and collecting sound data, thereby significantly enhancing both the efficiency and quality of the inspection process.
Application Scenarios
It can be used in substations, converter stations and other intelligent inspection scenarios.
Unmanned Autonomous Inspection
No manual intervention is required, it finishes autonomous mapping with the equipped lidar, and then it can achieve unmanned autonomous inspection according to the set route when it carries out the inspection.
Intelligent Obstacle Avoidance Function
Equipped with obstacle avoidance sensors, safe operation, obstacle avoidance and early warning are achieved through liar and anti-collision sensors.
Infrared Temperature Measurement of Equipment.
Equipped with an infrared thermal imager, it can collect the surface temperature of the device and give early warning for abnormal temperatures.
Meter Recognition Reading
By using AI visual technology to read data from various instruments and meters, if the collected data exceeds the threshold, an alert will be generated.
Video Storage Monitoring
Equipped with high-definition camera and video management equipment, it has live broadcasting and video recording functions and can be centrally stored and replayed.
Partial Discharge Monitoring
Partial discharge monitoring for electrical equipment can effectively evaluate the degree of insulation deterioration inside the equipment.
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