Intelligent Solar Panel Cleaning Machine For Cleaning Photovoltaic Panels Across Various Horizontal Surfaces

Description of Shuttle-type photovoltaic cleaning robot

Shuttle-type photovoltaic cleaning robot is an intelligent cleaning robot, mainly aimed at cleaning components of large and medium-sized photovoltaic power stations. It is mainly composed of cleaning robots and shuttle vehicles.

The robot has two control modes: automatic and manual. The manual mode supports remote control. It adopts waterless cleaning technology and relies on high-speed rotation of roller brushes to complete cleaning, which is suitable for cleaning most pollutants.

The robot can work alone or collaboratively over a 4G network. Managers can remotely command and control multiple robots through the software, and the robot's working conditions and fault conditions can also be transmitted back to managers through the wireless network to facilitate remote management and control.

Technical Parameter of Shuttle-type Photovoltaic Cleaning Robot 

If you want to learn more details about this Machine, please contact :
Email: Jenny@ztmineequipment.com
Whatsapp:+8613201801998

Working Principle of Shuttle-type Photovoltaic Cleaning Robot

Compared to traditional manual cleaning methods, using this product can significantly reduce labor intensity, decrease personnel costs, increase the power generation per unit area, and enhance the economic benefits of photovoltaic power stations. It represents an effective approach to the intelligent operation and maintenance management of photovoltaic power plants.

Not in operation

During idle periods, the robot waits at a parking spot. Upon receiving either automatic or manual system commands, the cleaning robot activates, departs from its parking spot, and moves to the starting position of the photovoltaic panels. The robot then proceeds to the other end of the panels to perform the cleaning operation.

In progress

Once the robot reaches the end of the photovoltaic panels, it returns to the starting end and goes back to the parking spot. The machine then automatically moves to the next photovoltaic array. This process is repeated accordingly.

Work stopped

After all connected photovoltaic arrays in the track of the docking vehicle are cleaned, or if a stop command is received midway, the system automatically shuts down.

Automated operation

The docking vehicle relies on body sensors to identify markers in the lane, enabling unmanned transfer.

Main Technique Features of Shuttle-type Photovoltaic Cleaning Robot

1. High cleaning efficiency

2. High degree of intelligence

3. A single cleaning robot can clean multiple photovoltaic arrays

4. The shuttle bus runs on rails and has high stability.

5. Comes with solar power generation, charging, and storage devices, self-powered without external power supply, works around the clock

6. Automatic/manual control modes, Manual mode can be controlled remotely

7. Automatic cleaning time and frequency can be set independently according to region or season

8. Automatic speed stabilization, the forward speed of the equipment matches the speed of the brush motor to improve cleaning quality

waterproof, dustproof and fog proof levels

9. Equipment components are standardized and easy to transport, install and debug

10. Both cleaning robots and shuttles support customization and are suitable for different sizes and working environments.

For many households and businesses who install solar panels, they realize the importance of solar panel conservation and efficiency. The more dirt on a solar panel, the lower its efficiency, and the fewer power units it ultimately produces. In order to improve the efficiency of solar panels, they must be cleaned. This is the instruction given by the solar installation personnel during installation.

One of the main problems that people must solve now is that dust particles deposit on the battery panel, forming a wall between sunlight and the battery panel. This reduces the efficiency of solar panel output, so solar cleaning brushes are needed to maintain cleanliness and improve efficiency.

Why cleaning solar panel?

The principle behind solar panels is that more light shining on them means generating more electricity. Solar panels are installed in open spaces or roofs to maximize sunlight.

Agriculture-Solar

For agricultural photovoltaic complementary projects, clean photovoltaic panels can effectively remove surface dust and dirt, reduce light refraction and absorption losses, thereby improving the power generation efficiency of photovoltaic panels and improving agricultural productivity.

Corvus Headquarters Fishery-Solar

The Fishery and Photovoltaic Complementary Project is an innovative comprehensive development model that utilizes photovoltaic panels installed above the water surface for photovoltaic power generation, while aquaculture is carried out in the water below, achieving a new green landscape of "power generation on top and fish farming on bottom".

Manufacturing-Solar

The photovoltaic panels in the clean manufacturing industry can not only directly improve power generation efficiency, reduce maintenance costs, and extend service life, but also help enterprises establish a green image, optimize energy structure, and may receive government policy support.

Parking Shed Solar

Cleaning photovoltaic panels can effectively remove surface dust and dirt, reduce light refraction and absorption losses, and thus improve the power generation efficiency of photovoltaic panel

why choose us

 

Unique High-Precision Border Cleaning Technology

Autonomously Without Human Control

why choose our Fixed Solar Panel Cleaning Tools for Pure Power Plus

 

Before clean
The dust is too heavy

During working
The dust become less and less

After completed
The panels solar recover new again
At least,the powerefficency up to18~30%%

Company profile

 

Shaanxi Zhongtuo Mine Equipment Co., Ltd, founded in 2008 in Shaanxi Xi'an, The World Capital City of Machinery Manufacturing, is a high-tech enterprise founded by the senior management team of China well-known robot enterprises. Zhongtuo solar cleaner set out with an original concept to create a dry cleaning brush solution for solar panels. The aim was to provide a feasible solution to the power generation problem of manufacturing industries such as solar power plants, cement plants, and aluminum in remote areas and deserts, in order to solve the problem of reduced solar production efficiency caused by pollution.

Packaging and Shipping

Packaging details:

1. Outer packaging: standard sea export bakelite box;

2. Inner packaging: stretch film, moisture-proof plastic film;

3. Customized according to your requirements.

Shipping

1. Port: Tianjin, Qingdao, Shanghai, or other ports according to your requirements.

2. Shipping: FOB/CIF/DDU quotations are available.

3. Mode of transportation: Logistics; by car; by train; by transportation; by air, etc.

Factory and Certificate display

FAQ

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 on rainy days, but human-operated equipment cannot be cleaned on 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 a 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 the 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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