Overview & Basic Info
| Model NO. | ZTGD |
| Clean Type | High Pressure Cleaning |
| Cleaning Process | Cold Water Cleaning |
| Control | PLC |
| Fuel | Electric |
| Principle | Electronic Cleaning |
| Remote Control | With Remote Control |
| Power Mode | Lithium Batteries, Rechargeable Photovoltaic Panels |
| Network Access | 4G |
| Working Mode | Dry, Water |
| Anti Fall Function | Support |
| Photovoltaic Panel Angle | 15°-30° |
| Transport Package | Wooden Case |
| Trademark | OEM, ODM |
Product Description
Renewable Solar Panel Cleaning Machine is an intelligent stationary cleaning robot, primarily designed for the component cleaning of large and medium-sized photovoltaic power stations. It can be installed dry on the photovoltaic modules to perform automatic cleaning. The robot features both automatic and manual control modes, with the manual mode supporting remote control. It utilizes a waterless cleaning technology that relies on the high-speed rotation of brush rolls to complete the cleaning, making it suitable for most types of pollutants.
The robot can operate independently or work collaboratively through a 4G network. Managers can remotely command and control multiple robots via software, while the robot's operational status and fault conditions can also be transmitted back to managers through wireless networks, facilitating remote management and control.
Technical Parameter
| Product Model | ZTG-3310 |
| Standard Width | 400 mm |
| Standard Height | 215 mm |
| Rechargeable Panel Power | 50W/24V |
| Battery Power | 24V/10A |
| Charging Time | 4-5 hours |
| Cleaning Speed | 14m/min |
| Working Temperature | -20 ~ 80ºC |
| Control Mode | Automatic, manual, remote control |
| Night Work | Support |
Our Advantages
- High Intelligence: Self-powered by solar generation, working around the clock.
- Strong Adaptability: Suitable for various terrains and environmental conditions.
- Optimized Cleaning: Automatic speed stabilization matches brush motor rotation for maximum quality.
- Durable Construction: High waterproof, dustproof, and fogproof protection levels.
- User-Friendly: Standardized components for easy transport, installation, and part replacement.
The desert photovoltaic environment is harsh. This machine can be remotely controlled for automated cleaning, saving manual costs. Regular daily cleaning improves power generation efficiency by at least 20%.
Equipped with independently developed intelligent anti-fall function, adapting to various angles of panels (15° - 30°). Supports both dry and wet cleaning modes.
Advanced Features
REMOTE CONTROL (UP TO 250M)
Utilizes imported radio frequency technology for stable signal and anti-interference, ensuring safe effective control even from long distances.
INTELLIGENT ANTI-FALL SYSTEM
Equipped with 4 high-precision sensors. Automatically stops at the edge and activates detection indicators to prevent any risk of falling.
1100MM ROLLER BRUSHES
High-efficiency cleaning up to 1.2MW per day. Soft nylon material ensures no damage to the surface of the solar panels.
Quality Assurance
Founded with a concept to create superior dry cleaning solutions for solar panels, providing feasible solutions for industrial-scale solar power plants in remote areas and deserts.
Certifications
Packaging & Shipping
Packing List: The Solar Panel Cleaning Robot consists of a main unit, a remote control, two lithium batteries (24/26Ah), two 24v 3A battery chargers, a lithium-ion battery backpack, and spare tool accessories.
Frequently Asked Questions
Will the robot hit walls or obstacles during operation?
Under normal circumstances, this will not happen. Manual operations are guided by the user, and the fully automatic system is controlled by induction sensors to prevent collisions.
Can the robot work on rainy days?
Fully automatic equipment can operate on rainy days. However, human-operated equipment is not recommended for use during rain to ensure operator safety against lightning and other weather hazards.
What are the advantages of crawler tracks?
Crawler tracks provide high cleaning friction and superior stability, ensuring a thorough cleaning effect across the panel surface.
How does this equipment compare to industry peers?
Our equipment is designed to be more efficient, durable, and reliable, focusing on high-speed dry cleaning which offers the highest cleanliness levels in the industry.
How do you monitor if the panels need cleaning?
Photovoltaic systems usually monitor power generation. A significant drop in output typically indicates that debris or dust has accumulated and a cleaning cycle is required.
Is the brush safe for the solar panels?
Yes, the robot uses an 1100mm soft brush made of specialized nylon material, designed to clean effectively without causing any damage to the panel surface.