Robotic solar module cleaning equipment supplier, LEAPTING, has signed an agreement with Adani Solar to provide its Automatic G1 Cleaning Robots and integrated intelligent cleaning service systems for Adani Group’s 2 GW solar project.

LEAPTING said its G1 cleaning robots offer multiple features, including fully automatic, unmanned operation, water-free dry-cleaning technology, optimization for tracker-based solar plants, high cleaning efficiency, low operating and maintenance costs, and operation in dusty and high-temperature environments.

The company has deployed its intelligent cleaning robot solutions for 7 GW of Adani’s solar projects so far.

Recently, LEAPTING secured an order from ReNew Power to supply automatic solar module cleaning robots for more than 1 GW of capacity across two utility-scale solar projects in India. LEAPTING will supply around 2,500 G1 robots for the two projects combined.

In November this year, LEAPTING secured a contract with renewable solutions provider BluPine Energy to supply 662 units of its G1 2P fully automatic cleaning robots. The cleaning robots will be deployed in two 100 MW solar projects in Radhanpur, Gujarat. They have a modular design for easy maintenance and remote control via long-range/4 G wireless communication technology, capable of cleaning up to 4,000㎡ per hour.

In the same month, LEAPTING announced that it is progressively shipping 2,700 G1 robots to a 750 MW Indian solar project.

According to Mercom’s India Solar Market Leaderboard 2025 report, LEAPTING emerged as one of the top five robotic solar module cleaning equipment suppliers to the Indian solar market in 2024. LEAPTING held a 9.8% market share in the robotic solar module cleaning equipment supplier industry.

Robotic solar module cleaning equipment suppliers believe that automating module cleaning can potentially help consumers save six times more than traditional module cleaning methods.

Robotic cleaning enhances the performance of solar panels and energy output. This method proves more effective than manual water-based cleaning, ensuring higher module efficiency. Periodic removal of dust and corrosive substances helps modules extend their lifespan and optimize generation.