This photovoltaic cleaning robot can be dry brushed or washed.
Order(MOQ):
1Product Origin:
ChinaColor:
Nature, or can be customizedShipping Port:
XiamenModel:
B20L
Multifunctional Autonomous Photovoltaic Solar Cleaning Robot Supplier
Product Description
This photovoltaic cleaning robot is developed according to the design process of key safety components in the automotive industry, and complies with the aSPICE functional safety standard and ISO26262 software standard. It can work 24 hours a day without interruption, and the mobile APP is simple and convenient to operate, without the need for on-site monitoring by personnel, self-perception, and real-time viewing of work logs. Specific IP65 protection level, waterproof and dustproof. The warranty period is two years or 4800 hours.
Technical Parameters
Shape | Body Size |
594*526*250mm
|
Brush Size |
810*300*140mm
|
|
Brush Quantity | 1 or 2 | |
Body Weight | 18.6Kg | |
Brush Weight | 3.5kg | |
Clean Capacity |
Dust (Adhesion ≤10-6N) | ≥99% |
Dust Accumulation (adhesion ≤10-4N) | ≥95% | |
Dried Guano (Adhesion ≤10-2N) | ≥85% | |
Cleaning Efficiency (SQM/H) |
≈400
|
|
Lifespan | Design life (years) | 4 |
Warranty | 2 years or 4800 hours | |
Battery | Battery capacity | 15Ah |
Working Time | 4.5 hours | |
Charging time | 3 hours | |
8 hour battery life | Replace Once | |
Technology | Based on TianyunOS operating system | |
Based on Glass vSLAM visual navigation technology | ||
Based on Goodzenn path planning technology | ||
Based on AI-KWUN operating platform | ||
Based on OTA-KWUN operating platform | ||
Security | Working Mode |
Independent Autonomous
|
Robot Management
|
APP | |
Positioning | AI + Semantic Vision | |
Positioning Accuracy | MM | |
Steering mode | High Precision Adsorption Steering mechanism | |
Anti-Fall protection | AI Semantic Vision + Ultrasonic | |
Anti-Slip | High Precision Deviation Correction Algorithm | |
Panel Surface Pressure | ≤2600Pa | |
Water and Dust Grade | IP65 | |
Operation | Max Robot NO. Controlled | 24 |
Recommended Max Robots Controlled On Slope | 4 | |
Recommended Max Robots Controlled On Roof | 4 | |
Software maintenance and upgrade | OTA | |
Day & Night Work 7/24 | Yes | |
Real time logs | Yes | |
Can retract by drone | Yes | |
Unmanned operation | Yes | |
Control Remotely | Yes | |
Across the Gap and Height | Yes | |
Brush speed adjustable | Yes | |
Brush Detachable | Yes |
Features & Benefits
Autonomous Planning
Auto Plan the Best Routine
Autonomous Solutions
Autonomous Cleaning Solution
Autonomous Solutions for Across the Row
Smart Operation
Safety
Recommended Operating Condition
Brush Cleaning |
PV Angle |
0~20° |
PV Surface Temperature |
20~80℃ |
|
The Environment Temperature |
10~50℃ |
|
Across PV Panel Gap |
40mm |
|
Across PV Panel Height Difference |
30mm | |
Rainfall Proof |
Refer to Water Cleaning |
|
Wind Proof |
62-74 Km/H Wind |
|
Water Cleaning |
PV Angle |
0~15° |
PV Surface Temperature |
20~35℃ | |
The Environment Temperature |
10~35℃ | |
Across PV Panel Gap |
40mm | |
Across PV Panel Height Difference |
25mm | |
Rainfall Proof |
25~50mm Heavy Rain | |
Wind Proof |
29~38Km/H Wind |
1.Brush Cleaning Solution
2.Water Cleaning Solution
Project
FAQ
(1) In which scenarios can the photovoltaic cleaning robot clean the solar panels?
Photovoltaic cleaning robots can clean solar panels in all scenarios, including but not limited to ground systems, roof systems, water surface systems, etc.
(2) How long is the shelf life and life of the photovoltaic cleaning robot?
Different models of photovoltaic cleaning robots have different shelf life and life. For example, the shelf life of B30M2 is 2 years or 4800 hours, and the life span can reach 6 years.
(3) Does the photovoltaic cleaning robot need real-time monitoring?
The photovoltaic cleaning robot does not need personnel monitoring, autonomous perception, planning, decision-making, and perfect cleaning automation.
(4) Will the maintenance of photovoltaic cleaning robots be troublesome?
No, the modular design of the photovoltaic cleaning robot, the on-site disassembly and assembly time of each maintenance process of the product is controlled within 5 minutes. Significantly reduces maintenance time and staff workload. Accessories are always guaranteed.
(5) How does the photovoltaic cleaning robot work?
The photovoltaic cleaning robot operates autonomously. After the recognition scene is completed, it climbs up to the top of the photovoltaic array and probes the direction. After determining the direction, it starts to work horizontally. It turns around on both sides of the array until it covers the array, and selects the end point according to the parking mode.
(6) What should I do if the power of the photovoltaic cleaning robot is insufficient during the working process?
When the battery power is insufficient during the autonomous operation of the photovoltaic cleaning robot, the device will enter the low-voltage return-to-home mode and return to the starting position.
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