What is the best method for photovoltaic cleaning? Photovoltaic cleaning machine motor manufacturers will tell you:

There are many things that need to be cleaned in daily life, such as household appliances, curtains, sofas, water pipes, etc., and cleaning and maintenance are also required in the operation and maintenance of photovoltaic panels after installation. So, what is a good way to clean the accumulated dust on photovoltaic solar panels?

The answer is yes. With the development of technology, the photovoltaic cleaning industry has also evolved. The previous pure manual cleaning process can no longer meet the requirements of photovoltaic power plants and users. So, what is the best cleaning method now? That's a photovoltaic cleaning machine.

What are the characteristics of such a user-friendly photovoltaic cleaning machine (photovoltaic cleaning machine motor) that can easily and simply remove dust, stains, bird droppings, and other obstructions on photovoltaic solar panels by using a dual brush head rotating water jet spray with synchronized force?

Characteristics of Photovoltaic Cleaning Machine (Photovoltaic Cleaning Machine Motor):

1. Structural science, extended rod body, dual rotation cleaning, using DC drive+planetary gear reduction motor direct drive, high torque, safe to use: The photovoltaic cleaning equipment (photovoltaic cleaning machine motor) adopts a servo planetary gear reduction system with small volume and high torque, accurate transmission, uniform load distribution, enclosed structure, low noise, and long service life.

2. The motor of the photovoltaic cleaning machine has strong stability and high efficiency: the cleaning speed is fast, and a single device can clean 5000-7000 square meters per day. Large photovoltaic power plants can clean multiple devices at the same time; Low cost and low consumption. The only consumables are water and electricity; The body is waterproof and moisture-proof, easy and safe to operate, without professional skills, and can be operated by one person.

3. It can be easily used for pond surfaces, mountainous wastelands, high pile columns, factory roofs, sloping facades, etc.