Efficient Solar Panels Cleaning with Rubber Track Technology: The WLS-7 Caterpillar Rubber Tracker Cleaning Robot

Discover the WLS-7, a state-of-the-art cleaning robot designed to maintain the efficiency and longevity of your solar panels. With its advanced rubber track technology, the WLS-7 ensures thorough and reliable cleaning across various terrains.

Key Features

1. Rubber Track SystemThe WLS-7 is equipped with a durable rubber track system that allows it to navigate different surfaces effortlessly. This technology ensures consistent cleaning performance, even on uneven ground.

2. Versatile Cleaning ModesThis robot features dual-mode cleaning with an electric rolling brush capable of both dry and wet cleaning. This versatility ensures that all dust, dirt, and debris are effectively removed from your solar panels.

3. Extended Remote ControlControl the WLS-7 from a distance of up to 150 meters. This feature is particularly beneficial for large-scale solar installations, providing convenience and efficiency in operation.

4. High Cleaning CapacityThe WLS-7 can clean approximately 1.2MW of photovoltaic panels per day, making it ideal for extensive solar power stations and significantly reducing the need for manual labor.

5. Easy Installation and StorageDesigned for quick setup and compact storage, the WLS-7 is user-friendly and practical for various cleaning environments.

Detailed Specifications

• Control Distance: 150 meters

• Cleaning Mode: Electric rolling brush, dry and wet use

• Daily Cleaning Capacity: Approximately 1.2MW

• Terrain Capability: Rubber track system

• Dimensions: Length 1.5m, Width 0.8m, Height 0.6m

• Weight: 80kg

• Battery Life: Up to 6 hours

• Charging Time: 4 hours

• Brush Speed: 300 RPM

• Water Tank Capacity: 10 liters

• Material: High-strength aluminum alloy

Operating Details

• Operating Voltage: 24V

• Power Supply: Two 24V lithium batteries

• Battery Life: 3-4 hours

• Idling Speed: 500 RPM

• Cleaning Width: 1100mm

• Cleaning Type: Dry cleaning/washing

• Bristles Material: Nylon

Additional Features

• Travel Speed: 11-12 min

• Water Usage: On-site water supply

• Control Method: Remote handle control

• Working Angle: ≤15°

• Operating Temperature Range: -20°C to 50°C

• Dimensions: 1190970350mm

• Equipment Weight: 29kg (excluding battery)

Customer Reviews

• "The WLS-7's rubber track system makes it perfect for our solar farm's varied terrain." — Solar Energy Manager

• "We've seen a marked improvement in our panel efficiency since using this robot." — Maintenance Supervisor

Frequently Asked Questions

1. What environments is the WLS-7 suitable for?The WLS-7 is ideal for large-scale solar farms and industrial applications where manual cleaning is impractical.

2. How far can the WLS-7 be controlled remotely?The robot can be operated from up to 150 meters away, allowing for extensive coverage.

3. What cleaning modes does the WLS-7 support?It features an electric rolling brush with both dry and wet cleaning modes, ensuring comprehensive cleaning.

4. What is the daily cleaning capacity of the WLS-7?It can clean about 1.2MW of photovoltaic panels daily.

5. Is the WLS-7 easy to install?Yes, it is designed for quick and straightforward installation.

6. How easy is it to store the WLS-7?Its compact design ensures it can be stored conveniently.

7. What is the operational battery life of the WLS-7?The WLS-7 can operate continuously for up to 6 hours.

8. What maintenance is required for the WLS-7?Regular maintenance involves cleaning the brush and checking the track system for wear and tear.

9. What should I do if the WLS-7 encounters an issue?Refer to the troubleshooting guide in the manual, and contact after-sales support if needed.

10. How can I purchase the WLS-7?Visit our official website to place an order and for more information. Our customer service team is also available to assist with inquiries.

Optimize your solar panel cleaning operations with the WLS-7 Caterpillar Rubber Tracker Cleaning Robot. Combining efficiency, advanced technology, and user-friendly design, this robot is the ultimate solution for maintaining high-performance photovoltaic systems.