Revolutionizing Solar Panel Maintenance: The Rise of Solar Cleaning Robots
Clean Energy for a Clean Future: The Solar Cleaning Robot
Solar panels are an increasingly popular method for producing clean energy, but they require proper maintenance to function efficiently. Accumulated dust, dirt, and other debris can hinder the performance of solar panels, leading to lower power output and increased maintenance costs. To address this issue, researchers and engineers have developed a new tool: the solar cleaning robot.
1.Excellent performance: lithium battery, brushless motor, durable.
2.Automatic operation: automatic start and stop, automatic return, adaptive.
3.Light weight: no more than 20kg, easy to handle.
4.Own power supply system: self-charging, convenient and efficient, solar power charging, independent power supply, battery life of 8-10 hours.
5.Long range: 3KM
6.Efficient cleaning: special brush, cleaner, single machine can clean 1.2MWp per day.
7.High cost performance: low cost, fast return.
8.Modular design: widely applicable to a variety of array layout, easy to install.
9.Wide application range: strong adaptability, applicable to various areas and topography such as roof, greenhouse, plains, hills, desert and lake, etc. The overall protection level of the control system is IP55.
10.Can work around the clock to adapt to the environment temperature: - 40 - + 70 ℃.
11.Large cleaning area: 3000m single journey.
12.Good cleaning effect: the cleaning efficiency is above 95%. The cleaning part is made of flexible spiral brush made of polymer material, which will not damage the tempered glass on the surface of PV modules.
13.Equipped with wireless module: can realize remoted sensoring function.
14.The system has two operation modes: automatic remote control operation mode and local manual control operation mode
15.Equipped with an infrared temperature sensor group: it can measure the temperature of photovoltaic panel wafers and analyze the single board to generate electricity.
16.The system is equipped with water cleaning into two modes of anhydrous cleaning.
There are several advantages to using a solar cleaning robot. First and foremost, these machines can significantly improve the performance of solar panels. Studies have shown that dirty solar panels can lose up to 30% of their energy output, but regular cleaning can prevent this loss and increase the efficiency of the panels. By using a robot to automate the cleaning process, solar panel owners can save time and reduce maintenance costs.
