Developing large-scale wind and solar energy projects in desert, Gobi, and barren areas is one of the important pathways for China to achieve its dual carbon goals. At the same time, the Desert photovoltaic power station faces a series of challenges: severe sand erosion damages components, dust accumulation affects power generation, and the arid and water-deficient harsh natural environment makes manual cleaning more difficult.

For the photovoltaic power stations in the Desert region, the use of intelligent cleaning robots is becoming a trend. To address the challenges of frequent sandstorms and the difficulty of component cleaning in arid and water-deficient environments, photovoltaic cleaning robots have been included as a "standard configuration" for power stations in various regions around the world, forming the "Four Core Components" of photovoltaic power stations along with components, solar mounting supports, and inverters.

"Low investment," "low risk," "high environmental adaptability," and "intelligence and unmanned operation" are the four major requirements for intelligent maintenance of desert power stations for the solar cleaning robots.

Solar intelligent solar cleaning robots use waterless cleaning, solving the difficulty of water scarcity in the desert. Compared to manual cleaning with water, if cleaned once a quarter, a 100MW power station can save approximately 4,000 tons of water per year, significantly reducing water consumption. In addition, the cleaning frequency and intervals of the solar cleaning tool can be set according to demand, achieving daily cleaning and evident benefits for the PV power station. Solar intelligence will tailor intelligent cleaning solutions based on the actual project situation, utilizing a reasonable number of robots to achieve large-scale cleaning, greatly reducing power station cleaning deployment costs and enhancing investment efficiency.

Solar intelligent cleaning machines are committed to creating efficient, suitable, and reliable photovoltaic system solutions for the Desert, customizing intelligent cleaning system solutions based on different scenario requirements, balancing economic and ecological value, and contributing to carbon neutrality.

With its high returns, easy maintenance, and non-damaging qualities, solar intelligent cleaning solutions have been applied in numerous desert power stations at home and abroad, making intelligent cleaning, unafraid of sandstorms; reducing costs and increasing efficiency, intelligent maintenance; and making station cleaning no longer a challenge with solar energy.