Remote-Controlled Solar Cleaning Robot

Remote-Controlled Solar Cleaning Robot is a high performance product offered by Ruitai Automation and supports both dry and wet cleaning modes, efficiently removing dust, sand, snow, and bird droppings.

It is fully compatible with solar tracking systems, enabling intelligent coordinated control between solar trackers and cleaning robots. This helps maximize operation and maintenance efficiency across ground-mounted, rooftop, and floating solar applications.

Operating Principle

1. Remote Command Issuance: Operations and maintenance personnel send cleaning commands to the remote-controlled solar cleaning robot via a handheld remote, mobile app, or SCADA platform.

2. Command Reception and Execution: Upon receiving the command through its built-in communication module (4G/5G, LoRa, Wi-Fi, etc.), the robot activates its drive motors and begins cleaning operations along the photovoltaic array.

3. Real-time Status Feedback: The robot transmits its operational status—such as battery level, location, cleaning progress, and fault alerts—back to the control interface in real time, establishing a closed-loop control system.

4. Manual Intervention: In the event of special circumstances (e.g., unexpected obstacles or adverse weather), operators can remotely pause or adjust the robot's movements at any time.

Product Parameter

Core Technical Features and Advantages

1. 70 Times More Efficient Than Manual Cleaning

The system supports remote control by mobile phone or computer, enabling batch cleaning and unattended operation. In coordinated operation mode, 6 to 10 robots can work together and clean up to 7.08 MW per day.

Its overall cleaning efficiency is 70 times higher than traditional manual cleaning, helping large solar power plants reduce long cleaning cycles and dust-related power losses.

2. All-Terrain Cleaning with Solar Tracker Compatibility

The PV cleaning robot is fully compatible with mainstream solar tracking systems. Through intelligent coordinated control, it can adapt to changes in tracker angles and achieve integrated tracking and cleaning operation, improving O&M efficiency while avoiding equipment interference.

3. Stable Operation in Extreme Environments

The robot features a high-protection design and weather-resistant materials for strong environmental adaptability. It can operate stably in extremely cold conditions of -10°C or below, as well as high-temperature Gobi Desert environments, helping protect solar power plant generation in different climates.

4. Intelligent Control for Multiple Solar Applications

Intelligent Scheduling: The system can schedule cleaning based on actual solar power plant conditions to support efficient cleaning across large areas.

Multiple Applications: The solar panel cleaning robot is suitable for ground-mounted, rooftop, and floating solar power plants. With suspended, tracked climbing, and floating-mounted operation modes, it provides full-scenario cleaning coverage.

Solar Power Plant O&M Model Upgrade

This integrated solar power plant operation and maintenance solution supports the shift toward low-carbon operation and maintenance. With fully automated robots, solar power plant O&M can move from a labor-intensive model to a technology-intensive model. Through the remote management platform, staff can monitor operations and assign tasks to manage hundreds of devices. This significantly reduces labor costs and improves solar power plant O&M efficiency.

Suggested Application Scenarios

The remote-controlled solar cleaning robot is primarily used in photovoltaic projects that require high efficiency, minimal manual labor, and intelligent management.

Compared to traditional manual cleaning methods, the remote control capability enables O&M personnel to centrally manage cleaning equipment distributed across different areas from a control center; this makes it particularly suitable for large-scale, complex, and unmanned photovoltaic power plants.

FAQ

Q: Is there a limit to the remote control range?

A: The remote control range depends primarily on the coverage of the communication network rather than the robot's physical operating range.

With a stable network connection, operations and maintenance (O&M) personnel can remotely manage photovoltaic (PV) cleaning robots located in different zones or even different regions. This makes the system suitable for large-scale centralized PV power plants and multi-site O&M management.

Q: Can the remote-controlled solar cleaning robot continue to operate if the network connection is lost?

A: Yes. The system is designed with local control logic and safety mechanisms.

If communication is temporarily interrupted, the device can continue executing saved tasks or enter a safe mode while awaiting the restoration of communication, thereby preventing equipment safety issues caused by brief network anomalies.

Specific operational strategies can be configured according to project requirements.

Q: Does the remote-controlled solar cleaning robot support automatic scheduled cleaning?

A: Yes. Users can set up automatic cleaning tasks based on the PV project environment and O&M schedule—such as daily cleaning, periodic cleaning, or operation during specific time slots.

The system automatically executes tasks according to the preset schedule, reducing the need for manual intervention.