STS is an escrow service that protects both buyers and suppliers. Funds are held securely by Made-in-China.com until order terms (e.g., delivery, quality) are fulfilled
| Customization: | Available |
|---|---|
| After-sales Service: | Support Video After-Sales Service |
| Automation: | Automatic |
| Shipping Cost: | Contact the supplier about freight and estimated delivery time. |
|---|
Payment Guarantee
Platform-protected payments with refund support for eligible order issues.
Platform Logistics
Inspection Service
After-Sales & Dispute Handling
Suppliers with verified business licenses
Audited Supplier Audited by an independent third-party inspection agency
Fully Automatic dry and wet Solar Panel Cleaning Robot
XR6688 is a fully automatic robot which will be fixed on the panels and run automatically controlled by your mobile. Equipped with Solar Panels and Lithium Batteries for Self Charged System.It only support dry clean. The robot length is customized according to the size of your panels installation.Equipped with Self-Charging solar power system,8-10 hours work time on a charge. High speed roller brush specially made of polymer material is adopted for fast cleaning, large cleaning area and good effect without damaging the photovoltaic panel.The whole machine is about 49kg which is 30% lighter than similar products.;Self-sensing mode can automatically start opening and cleaning mode in rainy days. Modular Mechanical Structure Design for very convenient assemble and disassemble the brushes;When the brushes wear out,you can adjust the brush downwards to increase the cleaning efficiency.;Seamless joint crossing the bridge between different panels;Up to 20m/min cleaning movement speed in the horizontal panel;Applicable to various arrangement arrays and various power stations.
Product Model |
XR6688 |
Working Temperature |
24V/ 52A |
| Product Name | Remote control crawler photovoltaic cleaning robot |
Time Required to Fill the | 8 hours |
| Standard Width | 400 mm |
Design Lifetime |
6 years |
| Standard Height | 215 mm |
Motor Power |
690w |
Length |
customizable | Brush Hardness | SHORE-A30 |
Weight |
/ | Controller |
Industrial PC (self-developed) |
| Power Mode | Lithium batteries , rechargeable photovoltaic panels |
Network Access |
4G |
one-way Distance |
300m |
Design Lifetime | 6years |
| DRY-BRUSH WORKING MODE | |||
| Cleaning Speed | 15-54m/ min |
Control Mode |
Automatic , manual , remote control |
Maximum |
600 m |
Control Platform |
Remote service platform + mobile APP |
Working Temperature |
-20~80ºC |
Night Work | Support |
Boot Mode |
Automatically start on time |
||
The core advantage of fixed solar panel cleaning robots lies in their automated, high-frequency cleaning, which ensures continuous panel power generation efficiency while significantly reducing labor costs and safety risks.
Their specific advantages can be categorized as follows:
- Improved Power Generation Efficiency: They can regularly and promptly remove debris such as dust, bird droppings, and fallen leaves from panels, preventing efficiency degradation caused by obstruction. This is particularly effective in dusty and dry areas.
- Reduced Operating Costs: They eliminate the need for manual climbing and can operate automatically after a one-time investment, saving the labor and equipment rental costs associated with manual cleaning (such as aerial platforms).
- Ensured Operational Safety: They eliminate the safety hazards of falling and electric shock associated with manual cleaning on rooftops, at high altitudes, or in high-pressure environments, completing cleaning tasks entirely through automated procedures.
- More Precise and Efficient Cleaning: Some models are equipped with intelligent sensors that automatically initiate cleaning based on the degree of panel contamination, ensuring uniform cleaning intensity and coverage, preventing missed areas or physical damage to the panels caused by manual cleaning. - Adapt to complex environments: It can work stably in harsh weather conditions such as high and low temperatures, is not restricted by the environment of manual operation, and ensures the continuity and stability of cleaning tasks.
){kind=link}