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Neexgent Smart Solar Panel Cleaning Robot Tractor for Automatic Power Station Maintenance

Generator (Optional)

● Diesel generator rated at 5.5kW, 48V, features a single cylinder four-strokeforced air cooling

● Control the line Initiate and terminate the key; 40L split-type fuel tank of large capacity

● External dimensions: 700mm500mm580mm

● Weight: 100kg

 

Battery

● 300Ah capacity Lithium Iron Phosphate Battery, nominal voltage 51.2V

● Operating temperature: -30℃ to +70℃

● Dimensions: 810mm400mm391.2mm

● Weight: 120kg

solar panel cleaning machine

Product Introduction


The WLS-7-LM intelligent O&M robot is a smart cleaning solution designed for large-scale solar photovoltaic power plants. It combines panel cleaning and inspection functions in one system, aiming to boost power generation efficiency, minimize maintenance costs, and ensure stable and reliable plant operation.

 

Product Features


Versatile working modes

Versatile working modes

Supports both manual remote control and autonomous driving to adapt to different operational needs.

High-efficiency cleaning

High-efficiency cleaning

Dual roller brushes rotate in opposite directions, effectively removing dust in narrow spaces with a single pass.

Continuous operation

Continuous operation

Adjustable cleaning angles and height allow uninterrupted cleaning across panels with varying layouts.

Smart perception

Smart perception

Real-time monitoring of pressure, angle, and alignment on panels ensures optimized cleaning performance.

Visualized control

Visualized control

Integrated data and graphics management with large-screen monitoring and clear path visualization.

Intelligent inspection

Intelligent inspection

Detects abnormalities on panel surfaces and automatically generates inspection reports for preventive maintenance.

Double roller brushes + vacuum cleaner

Double-row roller brushes clean in opposite directions, directly suction dust in a closed and enclosed space, preventing dust from rising, achieving one-time efficient cleaning.

Double roller brushes + vacuum cleaner

Climbing slopes and crossing obstacles

The mobile platform adopts a four-wheel electric drive form. When fully loaded for cleaning operations, it has the ability to climb slopes and cross obstacles under specific terrain conditions.

Climbing slopes and crossing obstacles

Intelligent inspection

Equipped with a computing module, a visible light camera, and an infrared thermal imager, and applying artificial intelligence technology, it enables fault inspection of photovoltaic modules during the cleaning process and intelligently generates inspection reports.

Intelligent inspection

TECHNICAL PARAMETER

Parameter Value/Description
Working driving speed 60m/min
Single machine weight 2.3t
Obstacle-crossing ability 10cm
Climbing ability 10°
Operation endurance 4h (Only for battery)
Clean area ≥12000 m²/h
Comprehensive cleaning efficiency ≥95%
Operating temperature -20°C ~ +60°C
Operation mode Remote control mode, driverless mode
Fault detection size 10mm × 10mm (visible light camera)
30mm × 30mm (Infrared camera)

 

ADAPTIVE ADJUSTMENT RANGE

  • Ground height of lower edge of PV panel: 0.3-1.4m; Tilt Angle: 25°-41°

  • Ground height of lower edge of PV panel: 0.1-0.55m; Tilt Angle: 33°-40°

 

NXS-7-LM solar panel cleaning robot

CUSTOMIZED

Based on factors such as the Angle of the laid photovoltaic panels and the terrain features, intelligent operation and maintenance robots with corresponding technical conditions can be customized to meet users' multi-scenario usage needs.

 

A robot that cleans solar panels intelligently is designed specially for a large scale photovoltaic installation like Power Stations, Solar Farms and Centralized Utilities Projects.  It ensures effective and reliable cleaning performance over large fields of panels and enhances the efficiencies of power generation, while minimizing manual and maintenance costs. It adapts to any terrain and climate, so this methanol-based solution provides a professional guarantee to ensure stable long-term operation of the industrial-scale power plant.