Increase Efficiency. Dust and dirt can significantly reduce the efficiency of solar panels. Our solar cleaning machine ensures that solar panels remain in optimal condition, maximizing energy output.
Reduce Operational Costs. Lower Labor Costs: Traditional cleaning methods require human labor, while automatic cleaning robots can independently complete cleaning tasks, saving on labor costs. Reduce Maintenance Expenses: Regular cleaning helps extend the lifespan of solar panels, reducing damage and maintenance costs caused by dirt and debris.
Enhance Safety. Lower Risks. Manual cleaning of solar panels often involves working at heights, which poses safety risks. Our automatic cleaning robots can perform tasks in unmanned conditions, ensuring personnel safety.
Enhance Intelligent Management. Smart Operation: Our robots are equipped with advanced sensors and intelligent software, allowing for remote monitoring and control, providing real-time feedback and reports to improve management efficiency. Automatic Scheduling: The intelligent scheduling system can automatically arrange cleaning tasks based on environmental and weather conditions, ensuring cleaning is done at the optimal time.
Eco-Friendly. Water and Energy Efficiency: Our cleaning robots are designed to be environmentally friendly, optimizing water and energy usage to reduce resource consumption.
Professional and Technical Support.Local After-Sales, Comprehensive Technical Support: We provide comprehensive technical support from installation, commissioning to daily operation, ensuring the system operates efficiently and reliably.
Spiral brush. The spiral cleaning brush design using ultra flexible modified nylon material can quickly remove the cleaned dust and effectively protect the photovoltaic module panel glass from scratches.
High speed cleaning. The high-speed motor independently drives the cleaning brush. Depending on the type of dust and weather conditions, the speed of the cleaning brush can be adjusted from 60 to 120 revolutions per minute, which can maximize the cleaning effect and achieve a single cleaning rate of over 99%.
Self-cleaning program. After each cleaning task, the robot automatically runs to the stop position and executes a self-cleaning program. The cleaning brush runs at high speed to automatically remove dust and extend the service life of the brush.
Fast charging. The robot is equipped with a dedicated charging management circuit that supports the MPPT maximum power point tracking charging algorithm. After executing the task, the lithium battery is quickly charged through a photovoltaic panel, with a maximum recovery time of 2 hours.
Low temperature resistance of lithium batteries. Adopting patented lithium iron phosphate low-temperature formula battery cells, it can meet the low-temperature working ability of charging at -20 ℃ and discharging at -40 ℃ in harsh winter weather.
Endurance. Continuing to use nuclear grade lithium battery power management chips and highly redundant battery cell protection algorithms, it can increase battery life by 30% with a certain battery capacity.
Cleaning distance:1600~3000m;
Battery:24V/16Ah;
Panel power:55W;
Brush:Non-dust flexible material PA610;
Obstacle crossing angle:≤22°;
Environment temperature:(-30℃~70℃);
Level of Protection:IP65；
Walking speed:12m/min;
Cleaning mode:Dry cleaning；
Control mode:Internet remote control + App control+ manual control.
Our solar panel cleaning robot rental service is specifically designed for large-scale photovoltaic power stations. This service is available to customers in locations where our local maintenance team operates.
“Choose us, choose the world-leading experts in IoT, artificial intelligence, and big data.
In the field of automated solar panel cleaning robots, we customize more efficient, higher quality, and cost-effective solutions for you.
More importantly, we offer free design services to help your photovoltaic power station achieve an efficient and intelligent future!”
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