Photovoltaic Panel Cleaning Applications

Rooftop, Ground-Mounted and Carport Solar Cleaning

Professional photovoltaic cleaning equipment supports rooftop, ground-mounted, mountain terrace and urban carport installations. Select the matching brush or tracked configuration for efficient, stable panel washing across commercial and utility-scale sites. Confirm site access, water supply, power requirements and operating conditions before ordering.

  • Commercial Rooftop
  • Ground-Mounted Solar Farm
  • Mountain Solar Terrace
  • Urban Solar Carport

Product Advantages

B32G Automated Cleaning Test

Specifications & Structural Decomposition

Product Structure Diagram

Product Structure Diagram
  1. Top functional cover plate

    Integrates the filling port, connection bracket, and control components to protect the equipment’s upper structure.

  2. Electrical Control Module

    It is responsible for power distribution and signal control, ensuring the stable and coordinated operation of equipment.

  3. Upper main frame

    The load-bearing control assembly and its connection interfaces constitute the upper-level support structure of the entire system.

  4. Central carrying handle

    Facilitates equipment lifting, handling, and maintenance, enhancing the convenience of daily operations.

  5. Left-side roller brush assembly

    By high-speed rotation, debris on the left side is gathered, expanding the equipment’s cleaning coverage.

  6. Right-side roller brush assembly

    Sweep trash from the right-hand edges and corners to enhance overall cleaning efficiency.

  7. Left roller brush support arm

    Connect the left-side roller brush to the main frame, ensuring the brush assembly remains stable and closely conforms to the working surface.

General information

Fully Automatic Photovoltaic Cleaning Robot Kit
Standard color
Green/White (subject to the actual product)

General instructions

Simplified explanation

Product Video

00:38

Display of fully automatic photovoltaic robot (B32G set)

Auto PV robot, smart waterless cleaning, all-scenario adaptability, boosts ROI, empowering green energy.

Display of fully automatic photovoltaic robot (B32G set)

00:38Auto PV robot, smart waterless cleaning, all-scenario adaptability, boosts ROI, empowering green energy.

Operation of the fully automatic photovoltaic robot (B32G set)

00:38One-click start for auto PV robot, independent route planning, smart waterless cleaning, auto-return charging, zero manual intervention

Product Review

Product Inspection

We centrally purchase equipment, test the data and the machine, then publish the models that clear our review. You get a shorter path from "could work" to a quote your team can act on.

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Core Component Details

Fully Automatic Photovoltaic Robot (Unattended Version) – Detail View – Track Drive Assembly

Fully Automatic Photovoltaic Robot (Unattended Version) – Detail View: Tracks and Drive Wheels

Fully Automatic Photovoltaic Robot (Unmanned Version) – Detail View – Track Assembly

Fully Automatic Photovoltaic Robot (Unattended Version) – Detail View – Side of the Cleaning Roller Brush

Fully Automatic Photovoltaic Robot (Unattended Version) – Detail View – End of the Cleaning Roller Brush

Fully Automatic Photovoltaic Robot (Unattended Version) – Detail View – Cleaning Roller Brush Assembly

Fully Automatic Photovoltaic Robot (Unattended Version) – Detail View – Close-Up of the Vision Camera

Fully Automatic Photovoltaic Robot (Unattended Version) – Detail View – Vision Camera Assembly

Fully Automatic Photovoltaic Robot (Unattended Version) – Detail View – Support Column

Fully Automatic Photovoltaic Robot (Unattended Version) – Detail View – Operational Safety Label

Fully Automatic Photovoltaic Robot (Unattended Version) – Detail View – Charging Port

Fully Automatic Photovoltaic Robot (Unattended Version) – Detail View – Top Guide Wheel and Robot Body

We're here to help

Our team is ready to advise you on the best product configuration and procurement plan.

400 158 5899

Frequently Asked Questions (FAQ)

1. Where is Full automatic light-screening robot kit typically used?

1. It is commonly used for meeting rooms, classrooms, showrooms, content capture and connected workspaces, subject to the selected model and site conditions.

2. How do I choose the right model?

2. Match screen or sensor size, resolution, interfaces, storage, connectivity and mounting method to the actual workload and operating environment.

3. What should be confirmed before ordering?

3. Confirm model, color, interface requirements and included accessories, then verify the response time and any special requirements.

4. How should it be installed and maintained?

4. Prepare stable mounting, compatible power, network access and adequate viewing or recording distance; follow the manual for operation, inspection and routine maintenance.