📊 Basic Information
Clean Type
High Pressure Cleaning
Cleaning Speed
2.5 Hours Per Megawatt
🤖 Product Description
Solar Panel Cleaning Robot
The fully automatic solar panel cleaning robot mainly consists of the robot body, data transmission system, positioning system, power system and battery, operation APP, and cloud platform monitoring system. It can achieve unmanned and fully automatic cleaning work. It is commonly used for cleaning photovoltaic panels in power generation industries such as power plants, complementary agriculture and solar energy, cement plants, and aluminum production.
⚙️ Technical Parameters
| Operating Voltage | 24V |
| Idle Speed | 250 rpm |
| Travel Speed | 22m/min |
| Cleaning Width | 1100mm |
| Endurance | 6 hours |
| Cleaning Type | Washing / Dry cleaning |
| Power Supply Mode | Lithium battery (24V)*2 |
| Brush Material | New nylon yarn |
🔍 Product Details
6063 Aviation Aluminum Alloy Body
Lightweight, high strength, will not damage your solar panels. Protected with a blue film coating when leaving the factory.
Intelligent Control
PLC control DC geared motor with 24V 26AH large capacity maintenance-free lithium battery.
🌟 Our Advantages
Main Features:
- Fully intelligent, automated, unattended sweeping
- High cleaning efficiency up to 1.2MW per day
- Extremely small turning radius, no dead ends
- High level of waterproof, dustproof and anti-fogging
- Remote real-time monitoring via Mobile APP / Web
- Intelligent anti-fall system with 4 high-precision sensors
🏗️ Work Scenes
📦 Packaging & Shipping
Packing List: Main unit, remote control, two lithium batteries (24/26Ah), two 24v 3A battery chargers, lithium-ion battery backpack, and spare tool accessories.
📜 Certifications
❓ FAQ
Q1: Will the robot hit walls or obstacles during operation?
Under normal circumstances, it will not. Human operations are controlled by trained personnel, and the fully automatic system is controlled by induction sensors to prevent collisions.
Q2: Can it work on rainy days after rooftop installation?
Fully automatic equipment can operate on rainy days. However, human-operated cleaning is not recommended during rain to ensure personnel safety from lightning.
Q3: What are the advantages of using a crawler chassis?
The crawler tracks provide high cleaning friction and superior cleaning effects across various terrains.
Q4: How does this equipment compare to traditional methods?
Our equipment is significantly more efficient, durable, and reliable, reducing labor costs while increasing power generation by up to 40% compared to dirty panels.
Q5: Can the system monitor if debris like leaves affecting power generation?
Yes, photovoltaic panels usually have monitoring systems. Significant debris will cause a noticeable drop in power generation monitored by the cloud platform.
Q6: What is the technical advantage regarding cleaning methods?
It supports high-speed dry cleaning with the highest efficiency and cleanliness standards in the industry.