Basic Information
| Model NO. | ZT-88888888 |
| Clean Type | High Pressure Cleaning |
| Cleaning Process | Cold Water Cleaning |
| Control | CNC |
| Fuel | Solar Power |
| Style | Fixed Style |
| Cleaning Speed | 26m/Min |
| Design Life | 10 Year |
| Adapt to Temperature | -20 ~ 80 ℃ |
| Origin | China |
Product Description
The fixed solar panel cleaning robot is an automated device specially used for cleaning solar panels. It provides reliable performance using lithium batteries and brushless motors for long-lasting durability.
- ✔ Fully automatic operation: automatic start/stop and return to origin.
- ✔ Self-contained power system: solar charged, 8-10 hours endurance.
- ✔ High efficiency: single machine can clean up to 1.2MWp/day.
- ✔ All-weather adaptation: works in temperatures from -40ºC to +70ºC.
- ✔ Intelligent control: Wireless module for remote control and telemetry.
Product Parameters
| Product Model | ZTG-3310 |
| Standard Width | 560 mm |
| Charging Panel Power | 50W/24V |
| Battery Power | 24V/10A |
| Motor Power | 480 W |
| Brush Hardness | SHORE-A30 |
| Network Access | 4G |
| One-Way Distance | 600 m |
Our Advantages
Equipment components are standardized, making them easy to transport, install, and debug. The forward speed of the equipment matches the speed of the brush motor to ensure optimal cleaning quality through automatic speed stabilization.
Installation & Applications
Automatic Cleaning: Set modes via remote control or mobile app. Adjust between dry or wet cleaning independently.
Applications: Suitable for agricultural photovoltaic complementary projects, barren mountains, ponds, and areas unreachable by large equipment. Two people can clean 1.0~1.5MW of modules daily.
Profile & Certifications
Focusing on the new energy industry, the enterprise team has 20 years of experience in high-end power R&D and manufacturing. We adhere to independent innovation to develop efficient and green products. Our markets cover Africa, the Middle East, Europe, and the United States.
Frequently Asked Questions
Q1: What is the cleaning efficiency of the robot?
The cleaning efficiency is above 95%, using a soft spiral brush that does not damage the tempered glass surface.
Q2: How is the robot powered and how long does it last?
It is powered by a self-contained solar charging system with a lithium battery, providing 8-10 hours of endurance.
Q3: Can the robot work in extreme temperatures?
Yes, the system is designed to adapt to environmental temperatures ranging from -40ºC to +70ºC.
Q4: Does it support remote monitoring?
Yes, it is equipped with a wireless module for remote control and telemetry via a mobile app or service platform.
Q5: What is the design life of the equipment?
The overall design life is approximately 10 years, with batteries designed for about 8 years of service.
Q6: Are the robots easy to install?
Components are standardized for easy transport and installation. We provide comprehensive manuals and videos for setup and operation.
Stuart Solar
