Smart Fully Automatic Solar Panel Cleaning Machine for Maximum Performance

Customization: Available
After-sales Service: 2 Year
Automation: Automatic

Product Description

Basic Information

Model NO.
CW-PV-GG-HX
Clean Type
Dry Cleaning
Control
Remote Control
Customized
Available
Obstacle Ability
Angle < 40 Degrees
Power Supply
Built-in Automatic Power Board
Working Time
6 Hours
Brush Type
Spiral Roller Brush
Walking Speed
12m/Min
Walking Distance
≥2000m
Operating Temp
-40 to 70℃
HS Code
8479509090

Product Description

Fully Automatic Line Breaking Photovoltaic Cleaning Robot

The CW-PV-GG-HX is a state-of-the-art fully automatic line breaking photovoltaic cleaning robot designed specifically for large-scale ground photovoltaic power stations. Integrating a cleaning robot, a line-breaking shuttle car, and supporting tracks, this system achieves unmanned cleaning across multiple array photovoltaic panels. It is highly compatible with fixed brackets and centralized power stations, including agricultural, fishery, and factory rooftop installations.

Smart Fully Automatic Solar Panel Cleaning Machine

Core Flagship Advantages

1. Line Wrapping Cleaning

Reduce costs and improve efficiency by covering multiple arrays. One device can clean multiple sets of photovoltaic arrays via the shuttle bus system, maximizing coverage for large centralized plants.

2. Unmanned and Fully Automated

Supports timed startup, automatic cleaning, and automatic return. Equipped with a built-in solar self-powered system and large-capacity lithium battery for year-round uninterrupted operation.

3. Dry Cleaning Technology

Utilizes special soft nylon wire brushes and spiral roller brushes. High-speed rotation achieves waterless cleaning, preventing secondary pollution and micro-cracks caused by water washing.

4. Superior Obstacle Crossing

Adapts to bracket tilts up to 45°, front-to-back displacement of 0.25m, and height differences of 0.5m. Handles continuous uphill gradients up to 18°.

5. Intelligent Control System

Control via mobile APP, remote PC, or on-site remote control. Customizable travel speeds and IoT communication technology allow for remote status monitoring.

6. Multi-Scenario Adaptation

Perfectly suited for large centralized ground stations, agricultural-PV, fishery-PV, and regular rooftop power stations with fixed brackets.

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Technical Specifications

Feature Details
Control Mode SCADA control / Remote control / Manual control
Ways of Working Unattended operation / Software timing / Remote switch / On-site
Parking Space Parking in the ferry vehicle
Protection Level IP65 (Dustproof and Water-jet proof)
Customization Body length can be adjusted based on site environment

Frequently Asked Questions

How does the dry cleaning technology protect the solar panels?
It uses a combination of soft nylon wire and spiral roller brushes. This high-speed rotating dry cleaning method avoids the use of water, preventing micro-cracks and secondary pollution that can occur with traditional water washing.
Is the robot capable of moving between different rows of panels?
Yes, by using the "robot + shuttle bus + track" combination, the system can transport the cleaning unit between different arrays, allowing one device to manage multiple rows efficiently.
What is the power source for the CW-PV-GG-HX?
The robot is equipped with a dual-source power system featuring a built-in solar panel for self-charging and a high-capacity lithium battery, ensuring long endurance and "self-start/self-finish" capability.
Can it operate in extreme weather conditions?
The system is designed to operate in ambient temperatures ranging from -40°C to 70°C and features an IP65 protection rating, making it suitable for harsh environments.
How steep of a slope can the robot handle?
The robot can adapt to bracket tilt angles up to 45 degrees and has a continuous uphill capability of ≤ 18 degrees.
How do I monitor the cleaning progress?
The system supports IoT communication, allowing you to view device status and control operations remotely through a mobile APP or a PC-based SCADA interface.

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