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| Automation: | Remote Control |
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Remote control solar panel cleaning robot/Crawler machine WLS-7
With a remarkable remote control range of up to 150 meters, our cleaning robot provides unrivaled convenience and flexibility. Enhance the efficiency of your solar panel cleaning operations. The maximum working inclination angle of the robot is 15 degrees. It can clean up to 1.2MW of solar panels in a single day.
The crawler chassis of our remote control solar panel cleaning robot is for all terrain operations.
We used two pieces of lithium battery as the power supply for our cleaning robot. The nominal voltage of the battery is 24 voltage and the capacity of the battery is 26 Ampere-hour.
Our robot has two water supply methods. The first is to directly connect the faucet to provide water, and the other is to install a water tank and connect an extended water pipe and pressurized water supply through a high-pressure water pump to break through the limitation of water sources.
Featuring a robust track chassis, our Remote-controlled Solar Panel Cleaning Robot can effortlessly navigate through any terrain, ensuring comprehensive cleaning coverage. Equipped with electric brush cleaning technology, this versatile machine allows for both dry and wet cleaning methods, guaranteeing optimal cleanliness for your solar power installations. Recently, our cleaning robot has also upgraded its sensor module and added an anti-fall function.
By using the remote control, the robot can move forward, backward, turn left and right, etc., so that it can walk in any direction on the photovoltaic panels and perform all-round cleaning operations without blind spots.
The front end of the robot is equipped with a rotating cleaning roller brush, and the upper end of the roller brush is equipped with a water spray nozzle. The combination of the two achieves efficient cleaning of solar panels.
Configuration picture:
| WLS-7 REMOTE CONTROL CLEANING ROBOT | ||
| Net weight | Full fuselage | 29kg(including rolling brush) |
| Main machine (excluding roller brush) | ≈20KG | |
| Forward rolling brush | ≈9KG | |
| size | Main machine (excluding roller brush) | 1190*970*350mm |
| Rolling brush | 1100mm | |
| Operating Angle | Dry washing | 0 °-20 ° |
| Water washing | 0 °-15 ° | |
| Operating parameter | Battery power | 24V 26Ah |
| Charging time | About 5 -6 hours | |
| Endurance time | About 4-5 hours | |
| Remote control distance | 150m | |
| Travel speed | 0.18-0.20 m/s | |
| Number of motors | 1 | |
| Rated motor power | 100W | |
| Maximum span gap | 5cm | |
| functional module | Path planning | NO |
| Lower left start | NO | |
| Lower right start | NO | |
| Start/stop | YES | |
| AI line patrol correction | NO | |
| Forward anti-drop | YES | |
| Side drop | NO | |
| Rear side anti-fall | NO | |
| Air pressure sensor | NO | |
| odometer | NO | |
| IMU sensor | NO | |
| Working environment | Vertical climbing height | Max. 30mm |
| Horizontal span | Max. 50mm | |
| Component surface temperature | Minus 10 to 40 degrees | |
| Wind rating | 39~49 km/h strong wind | |
| Class of protection | IP65 | |
Modular structure: Simplifies maintenance and component replacement, reducing long-term operational costs.
Adaptable to various environments: Suitable for ground-mounted, mountainous, and distributed rooftop PV systems.
After-Sales Terms and Conditions
Warranty Policy
1.1 We provide a 12-month warranty from the date of purchase for all eligible products.
1.2 The warranty covers manufacturing defects and malfunctions under normal usage conditions.
1.3 The warranty does not cover damages caused by misuse, unauthorized repairs, accidents, or external factors such as water damage or fire.
Return and Exchange Policy
2.1 Customers may request a return or exchange within15 days of receiving the product, provided it is in its original condition, unused, and with all original packaging.
2.2 A valid proof of purchase is required for all return or exchange requests.
2.3 Shipping costs for returns or exchanges may be borne by the customer unless the product is defective or incorrectly shipped.
Refund Policy
3.1 Refunds will be processed once the returned item has been received and inspected.
3.2 Refunds will be issued via the original payment method within 10 business days.
3.3 Non-refundable items include customized products, perishable goods, and items marked as final sale.
Repair and Maintenance Services
4.1 If the product requires repair within the warranty period, we will provide free repair services or a replacement at our discretion.
4.2 Repairs outside the warranty period may be subject to service charges and replacement part costs.
Customer Support
5.1 For any after-sales inquiries, please contact our customer service team.
5.2 Our support team is available 12 working hours and 7 days,per week.
Limitation of Liability
6.1 Our liability is limited to the repair, replacement, or refund of the purchased product as outlined in this policy.
6.2 We are not responsible for any indirect, incidental, or consequential damages arising from the use of our products.
Governing Law
7.1 These after-sales terms and conditions are governed by the laws of Consumer Rights Law
1. What is the daily cleaning capacity of the solar panel cleaning robot?
The robot can clean up to 1-1.2 megawatts (MW) of solar panels per day, significantly improving the efficiency of large-scale solar power plant maintenance.
2. How is the robot powered and how long can it operate?
The robot is powered by two pieces of 24V, 26Ah lithium batteries, offering strong endurance and high energy efficiency, suitable for extended operation. (Exact runtime may vary depending on the cleaning mode and terrain.) The working time is 4-5 hours for 2 batteries.
3. Can the robot only operate on flat surfaces? What is the maximum working incline?
Equipped with a crawler chassis, the robot can adapt to various terrains and operate on inclines of up to 15 degrees, making it suitable for most solar panel installations.
4. How is water supplied during cleaning? Is a direct water source required? The robot supports two water supply methods:
(1). Direct connection to a faucet for continuous water supply.
(2). Use of an onboard water tank connected to an extended hose and high-pressure pump, ideal for remote areas without nearby water sources.
5.What is the water consumption?
Water consumption is approximately 1 to 1.5 cubic meters per megawatt (MW) of solar panels cleaned, depending on conditions and cleaning mode. Water consumption is related to the flow rate of the high-pressure water pump used with the product.
6. Is the robot easy to operate? Does it have safety features?
The robot is remotely controlled, allowing flexible movement such as forward, backward, and turning in all directions. It also features an upgraded anti-fall sensor module, which helps prevent accidents such as falling from elevated surfaces, ensuring safe and stable operation.
7.Is there a warranty?
Additionally, the product comes with a 1-year warranty for motor and battery,providing peace of mind for customers.
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