Wind Turbine Maintenance Robot
Wind Turbine Maintenance Robot is an automated equipment with magnetic adsorption, vacuum wall attachment and other mobile technologies as its core, equipped with cleaning, rust removal, spraying or detection modules. After adaptive modification, it is extended to the field of facade maintenance in scenarios such as ships and petrochemical storage tanks, taking into account the intelligent operation and maintenance needs in high-altitude and high-risk environments. Its core goal is to reduce personnel safety risks through unmanned operations, while improving surface treatment efficiency and process standardization level.
- Fast Delievery
- Quality Assurance
- 24/7 Customer Service
Product Introduction
Main Advantages：
1. Adopting a combination of magnetic adsorption and vacuum adsorption technology to replace manual high-altitude operations, eliminate the risk of falling, support high-altitude operations above 120 meters, and adapt to the maintenance of vertical/curved surfaces such as ship outer walls and petrochemical storage tanks.
2. Explosion proof design (Ex d IIB T4 level) meets the requirements of flammable and explosive environments for petrochemical storage tanks, avoiding safety accidents caused by static sparks.
3. The rust removal efficiency reaches 50-70 ㎡/h (ultra-high pressure water jet mode), which is 5-8 times higher than manual operation and supports 24-hour continuous operation.
Product specification
|
Whole machine weight: |
≤ 90kg |
|
Mobile speed: |
No load 8m/min, homework 4m/min |
|
High pressure water jet pressure: |
2800 bar (280MPa) |
|
Explosion proof grade: |
Ex d IIB T4 |
|
Maximum homework height: |
120 meters (customized model) |
Product details
Application:
✅1. Petrochemical storage tanks
External wall rust removal and anti-corrosion:
Replacing manual high-altitude operations, the robot cleans an area of 80-100 square meters per day, synchronously recovers over 95% of dust, and meets the Sa2.5 standard for cleanliness;
Inner wall inspection and maintenance:
Equipped with a thickness measuring probe for corrosion monitoring of the inner wall of the tank, with a detection accuracy of ± 0.05mm, supporting high-temperature (≤ 150 ℃) enclosed environment operations;
High pressure water jet is used to remove residues on the inner wall, with a daily operating efficiency of 60-70 square meters.
✅2. Ship maintenance:
Hull shell treatment:
Remove barnacles, marine organisms, and old coatings, and use robots in conjunction with ultra-high pressure water jets (50-70 ㎡/h) and vacuum recovery systems to avoid secondary pollution;
Robots automate the entire process of rust removal, drying, and anti fouling paint spraying on the surface of ship hulls.
Internal maintenance of cabin:
Adapt to complex spaces such as ballast tanks and cargo holds, complete weld polishing (Ra ≤ 6.3 μ m) and anti-corrosion coating spraying, and reduce manual intervention by more than 90%.
Photos of Wind Turbine Maintenance Robot
Packaging and delivery
Packing: by container or as customers's required.
Delivery: deliver to major ports in your country.
FAQ
Q: What are the core functions?
A: Blade inspection and maintenance
Hexapod crawling robots (such as BladeBUG) can adapt to different blade curvatures through gait adjustment, and use vacuum suction or track moving mechanisms to stably attach to curved surfaces, with a minimum curvature radius of 0.5 meters.
Support ultrasonic testing, high-pressure water jet cleaning, and anti-corrosion coating spraying, covering the entire process of crack detection, rust removal, and other operations.
Tower and engine room maintenance
Modular robots can automatically detect tower welding seam aging, coating detachment, and gearbox oil contamination, and transmit data in real-time through wireless communication.
Q: Technological advantages and innovative design
A: Lightweight and Adaptability:
The wheel wing composite structure robot combines portability and surface fitting ability, and can detect complex areas such as blade main beams.
The curved adaptive phased array ultrasonic testing device ensures a tight coupling between the probe and the blade surface, improving the accuracy of defect identification.
Intelligent control:
Remote monitoring of job status through mobile app or management platform, supporting dynamic voice interaction and command modification (such as guiding fault location).
Integrating AI algorithms to optimize path planning and reduce blind spots in duplicate detection.
Q: Safety and stability design
A: Redundant security mechanism:
Magnetic adsorption or vacuum negative pressure system ensures stable adhesion of robots on vertical walls to prevent detachment.
The emergency stop button and battery management system (BMS) monitor the battery status in real-time to prevent overcharging and overdischarging.
Environmental adaptability:
Waterproof shell protects internal components from salt spray and moisture erosion, suitable for offshore wind farms.
Low temperature resistant design ensures stable operation in environments ranging from -20 ℃ to 55 ℃.
Q: Key points for maintenance and deployment
A: Daily maintenance
Regularly clean the impurities in the adsorption module and detect magnetic attenuation or vacuum pump efficiency.
Lubricate moving joint components to avoid jamming or positioning deviation caused by friction.
Deployment optimization
The charging station needs to be fixed in position to prevent displacement, and the robot will automatically return to charging when idle.
It is recommended to deploy multiple robots as backup for areas over 500 square meters.
Hot Tags: wind turbine maintenance robot, China wind turbine maintenance robot manufacturers, suppliers, factory, anti corrosion coating robot, industrial wall climbing robot, magnetic climbing robot, robot climbing wall, tank rust removal robot, wall climbing glass cleaner robot
