Wind turbine nacelle
The product takes the track-mounted fan cabin inspection robot as the core, and cooperates with various sensors such as temperature vibration, sound, and inclination angle to achieve multi-dimensional real-time online monitoring of the fan cabin and tower, solving the problem that the fan cabin equipment and tower are low frequency and its own supporting sensors and equipment cannot fully grasp the health status of the fan cabin equipment and tower.
1. Equipped with infrared cameras, high-definition visible light cameras, temperature and humidity monitoring and gas monitoring sensors to obtain information in the cabin in real time. 2. The robot is equipped with a lift lever and is equipped with a tilt head with a rotatable detection angle, making the detection more flexible, convenient and accurate;3. The robot has a built-in pickup to realize intercom and broadcast functions between staff in the cabin and personnel in the centralized control room;4. The robot supports automatic inspection or manual control, and has front and rear obstacle avoidance functions;5. The robot uses sliding contact wires for power supply and data transmission, transmitting various data detected by the robot back to the server in real time, and submitting it to the big data processing system for analysis and processing in real time. In addition to sliding cables, 4G/5G or wifi are also supported for data transmission. 6. A real-time visual monitoring system built based on technologies such as digital twins, big data and three-dimensional models can see the current position of the robot, checkpoint data and other information in the three-dimensional model. 7. Intelligent recognition: Through the equipped visible light camera and the intelligent recognition model, the robot has a variety of recognition and analysis capabilities, including meter recognition, running and dripping recognition, abnormal sound analysis, etc. 8. The inspection robot is supported by a powerful back-end big data platform and stores massive sensing data in real time. 9. Robot task management supports functions such as comprehensive inspection, routine inspection, special inspection, special inspection, customized tasks, map point selection and task display. 10. The system can realize real-time alarm functions based on the data read by the robot and the threshold settings of monitoring points.
