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Photovoltaic Cleaning Robot for Solar Panel Cleaning
| Price | $5000.00 |
|---|---|
| Min Order | 1 Piece |
| Availability | In Stock |
| Shipping From | Shaanxi, China |
| Popularity | 520 people viewed |
Model NO.:
ZT3313
After-sales Service:
Technical Support
Automation:
Automatic
Clean Type:
Clean-In-Place
Cleaning Process:
Cold Water Cleaning
Control:
CNC
Customized:
Customized
Fuel:
Electric
Principle:
Physical Cleaning
Remote Control:
With Remote Control
Style:
Fixed Style
Control Type:
Automatic System Control
Using Condition:
>30 Degree
Working Width:
up to 10m
Control Platform:
Remote Service Platform + Mobile Phone APP
Length:
Cusotmized
Battery:
Solar Panel Battery
Trademark:
ZT
Transport Package:
Wooden Boxes
Specification:
36.5kg
Origin:
China
Product Description
Solar Panel Cleaning Robot
Combined with the actual needs of photovoltaic power station operation and maintenance, our company independently developed theSolar Panel Cleaning Robot which solved the current problems of low efficiency and high labor cost of most photovoltaic power stations. We use single-board modular design to adapt to the complex and varied panel arrangement and easy maintenance, can be widely used in photovoltaic power stations, and investment is very little, can greatly improve the photovoltaic power station panel cleaning efficiency, improve the photovoltaic system power generation and photovoltaic power station overall income.Solar cleaning robot parameters
| Product Model | ZTG-3310 |
| Product Name | Remote control crawler photovoltaic cleaning robot |
| Standard Width | 400 mm |
| Standard Height | 215 mm |
| Length | customizable |
| Working condition | >30 degree |
| Power Mode | Lithium batteries,rechargeable photovoltaic panels |
| Rechargeable photovoltaic panel power | 50W/24V |
| Battery Power | 24V/10A |
| Time Required to Fill the Battery | 4-5 hours |
| Design Lifetime | 3-5 years |
| Motor Power | 90 W |
| Brush Hardness | SHORE-A30 |
| Controller | Industrial PC (self-developed) |
| Network Access | 4G |
| Design Lifetime | 6 years |
| Dry-brush Working Mode | |
| Cleaning Speed | 14m/min |
| Maximum one-way Distance | 600 m |
| Working Temperature | -20 ~ 80ºC |
| Boot Mode | Automatically start on time |
| Ccontrol Mode | Automatic, manual, remote control |
| Control Platform | Remote service platform + mobile APP |
| Night Work | Support |
Solar Panel Cleaning Robot Features
Automatic Cleaning:The robot can set cleaning modes through a remote control or mobile app, independently adjusting between dry or wet cleaning
modes, as well as the cleaning time and frequency.
Special Brush Cleaning:
Featuring a high-speed roller brush made of specially designed polymer materials, it quickly cleans the surface of solar panels
effectively without causing damage to the photovoltaic panels.
1. Will the robot hit walls or obstacles during operation?
Answer: This will not happen under normal circumstances. Human operations will be controlled by humans. This requires the person using the robot to basically understand how to operate the robot. The fully automatic system will be controlled by induction and there will be no collision.
2. After the rooftop photovoltaic is installed, can it work on rainy days?
Answer: Fully automatic equipment can be operated in rainy days, but human-operated equipment cannot be cleaned in rainy days. It is mainly to protect people's safety and prevent lightning and other unsafe things from happening.
3. Which robots can be made into crawlers? Low cost?
Answer: Both are possible. The main purpose of the crawler tracks is that they have high cleaning friction and good cleaning effect.
4. How do we compare our equipment with our peers in a literal way? What are the advantages?
Answer: Efficient, durable, and reliable. The business needs to elaborate on these three points.
5. If leaves or other things fall on the photovoltaic panels, can it be seen by the amount of electricity generated?
Answer: Debris in a large area is fine. Under normal circumstances, photovoltaic panels have a system for monitoring power generation, which can be judged by changes in power generation. Debris in a small area may not necessarily be monitored.
6. Detailed working principle of cleaning robot.
Answer: Please see the instructions
7. Technical advantages.
Answer: It can be used for high-speed dry cleaning. Our dry cleaning efficiency is the highest and the cleanliness is the highest in the same industry.
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