-
Intelligent line change photovoltaic panel cleaning robot
a cleaning robot, a line change shuttle bus, and the track required by the line change shuttle bus; Through a line break series robot, multiple arrays can be cleaned, reducing the robot input cost of the power station.¥ 0.00Buy now
-
Intelligent photovoltaic cleaning robot
Controlled through the remote intelligent operation and maintenance platform. It is unattended when the robot is working, and it can fully automatically clean the photovoltaic modules. Its distinctive features are: start the work regularly, return to the parking space after cleaning; Relying on its own photovoltaic panels to charge the battery; waterless cleaning, saving water resources; It has high cleaning efficiency and can effectively increase power generation.¥ 0.00Buy now
-
Crawler type single roll robot
¥ 0.00Buy now
-
Brushing and scraping
¥ 0.00Buy now
-
Disk electric photovoltaic cleaning machine
¥ 0.00Buy now
-
Electric photovoltaic cleaning machine
¥ 0.00Buy now
-
Crawler type single roll robot
¥ 0.00Buy now
-
Crawler dual head robot
¥ 0.00Buy now
-
Photovoltaic automatic cleaning equipment
Automatic PV cleaning equipment is a type of equipment specifically designed for automatic cleaning of solar photovoltaic panel surfaces. The goal of these devices is to improve the efficiency of solar PV systems, ensuring that the surface of the PV panels remains clean and absorbs solar radiation to a greater extent, thereby improving power generation efficiency. Here are the functions and features that may be included in automatic photovoltaic cleaning equipment:
-
Photovoltaic industry prospects
1. Continued growth: As the global demand for renewable energy increases, the PV industry is expected to continue its growth momentum. Continued investment by governments and businesses will drive new projects and technological innovation.
-
In high temperature summer, how important is the cleaning of photovoltaic power stations
With the development of photovoltaic power generation technology, photovoltaic power stations have been widely used in the world. However, in the hot summer, the accumulation of high temperature and dust will seriously affect the power generation efficiency and capacity of photovoltaic power stations.
