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Photovoltaic solar panels mainly generateelectricity by absorbing solar energy and converting it into electrical energy.Cleaning as required can ensure the cleanliness of the surface of thephotovoltaic panel, which is conducive to absorbing as much sunlight aspossible, thereby ensuring the power generation capacity; If the module accumulatesdust for a long time, it will not only lose power generation, but also causehot spot effect, leading to short service life and even damage to the module.

In addition to improving the efficiency ofmodules, we will find that regular cleaning of photovoltaic panels has broughtmany unexpected benefits. Villagers in many regions have participated inphotovoltaic panel cleaning, planting and maintenance, and each household canincrease their income by 32000 yuan per year through photovoltaic panel cleaningalone; Have you ever heard of "photovoltaic sheep"? Due to theconstruction of large areas of photovoltaic panels in many desert wastelands,reducing land evaporation, and bringing unexpected water sources through thecleaning of photovoltaic panels, nearby weeds began to grow heartily. In thepast, due to drought and lack of grass, herdsmen gradually moved away. Now, dueto the overgrowth of weeds near photovoltaic panels, herdsmen have returned totheir hometown with lovely flocks of sheep, resulting in the birth of"photovoltaic sheep"!

With the necessity and significance ofphotovoltaic cleaning, the photovoltaic cleaning equipment on the market isalso being updated year by year. One generation is more high-tech than theother, more suitable for multiple arrays, and reduces labor costs. From theearliest manual wiping with a cloth mop, it was necessary to have someonewatering beside it at the same time. Therefore, there were semi-automaticcleaning brushes with water washing function, and there was also the birth ofrelatively easy and labor-saving photovoltaic cleaning vehicles.

However, the cost of photovoltaic cleaningvehicles was too high to clean the roof photovoltaic panels. Subsequently,various types of fully automatic cleaning machines emerged as the timesrequire, including the semi-automatic cleaning brush developed by Multifitcompany and the G1 fully automatic cleaning robot:

However, in these fully automated machines, manymachines can only adapt to specific photovoltaic arrays, not any photovoltaicarray.The T1 tank fully automatic cleaning robot newly developed by MultifitCompany not only has automatic detection, tracking, positioning, communication,and control groups, but also meets the requirements of various equipmentcontrol and management. It can also independently overcome obstacles and issuitable for cleaning various photovoltaic arrays arranged on the roof orground. It is also highly cost-effective and worth owning by photovoltaicowners!