Our Advantages
Autonomously run and work around the clock without human supervision.
An extended battery life,capable of
continuously operating for 8 hours
on a full charge.It is equipped with all-terrain tracks,
eliminating the need for physical
connections between photovoltaic
panels
Path Planning
After a single operation,the system antomatcally reords essh clening point, eliminating the need for manual intervention thereafter.
The system achieves centimeter-level high-precision positioning through the ReiDou&GPS satallite navigation system.

Automatic Operattion
automatte modts,the robut wil automatically follow the drtving path for operation.
This is achieved through RTK highprestsion BeIDou&GPS postioning and a slf navtgatfon system,enatbing antonomous driving.

Automatic Edgce Patrolling
In automaxie operation modts,the robot ean antomatiteally fine-tune ts diresion along the slges of photovoltaie
pands,ensuring thorough dlening without any btind spots.

Strong Terrain Adaptability
Eputppedl with hockatbsortbing and ant-slip trecks,the vehicle's anti slip system allows it to tavarse vartous complex surfses such as rooftops and color steal roofs.It boasts excallent dlimbing capalsllties,with a maxtimum slope ceapelbilty of 25",allowing it tu dlmb panel,turm,and condact dlening work on photovolaie punak,dffetivds adtresing lbsues wtth pind slhpese dning the cleaning proces

Automatic Recharging and Resumption of Work
The system continsously monitors the batery sxatus of the photovotaic robot in real-time. When the robet raches a low voleage stats, automatic recharging is initiated.The robo
will automattcally return to the narest charging point based on ts eurent position for automatt charging When sharging is complets,it wil atomstteally slest the optimal route to return to the low batery levdl reshsrge point to resume dleaning works thus avoiding battery depletion caused by repetve deaning

· Auto Start
Autonomous go-out decision making depending the weather conditions on a set schedule,enabling automatic operations such as cleaning,charging,recharging,resumable start,garage door opening and closing
· Fully Autonomous Smart Garage
The automated solar panel cleaning robot sends commands to the garage to open,charge and close without operators.According to the actual situation of the power station,multiple garages can be set in schedule,allowing multi-location work model of the robot which can choose the nearest garage to charge and store depending on its working route.
· Auto Fire Containment
The robot is equipped with a class-III fire protection system,with automatic fire extinguishing devices installed in the battery,cabinet and garage
Applicable scenarios of the robot
flatroofs
It is equipped with all-terrain tracks, eliminating the need for physical connections between photovoltaic panels
Work videoApplicable scenarios of the robot
BIPV
With efficient waterless cleaning,achieves a component cleaning efficiency of 4000m²/h without using water
Work videoApplicable scenarios of the robot
pitched roofs of up to 25°
Remarkable climbing and obstacle- crossing capabilities,capable of handling slopes with a maximum angle of 25°and crossing distances of up to 50 cm.
Work video
Remote Control Platform
Professional Maintenance Team
The compuny has ballt a profesional maintenmnce tenm with years of esperience in the photovoltaic and aleetrital indhstrits.Team members all posess realesvant cerifteites and have untdergone rigorous training.They are faniliar with various sps of inverters and component performanes awailable in the market.
Intelligent Operation and Maintenance Central
The company has independendy develaped an intellgent operation and maintenance central control eenter,which integrates digital intealligant operetion and mstihtenthce sstems with prodhert LoT.Utlhsing dloud based tntelligsnt dta platormt and visusl vtdeo moniftoring,it provites castomers with profesional real time online satus monitoring,fhult dlihsgnosis,and valne assessment,enabling bath loeal monitoring and reamote monitoring by the operation center.
