Last Updated on December 30, 2025 by Author
LEAPTING Intelligent has signed a smart equipment supply agreement with Indian energy major Adani to support a 2 GW photovoltaic project with advanced automated cleaning solutions. Under the agreement, LEAPTING will provide automatic navigation dry-hung cleaning robots along with intelligent cleaning service systems, strengthening the operational efficiency of large-scale solar installations in India.
The development comes shortly after LEAPTING Intelligent announced a 1 GW project cooperation agreement with ReNew Power, marking a significant expansion of its footprint in the Indian renewable energy market. The latest collaboration aligns with India’s clean energy development goals by addressing key operational challenges faced by utility-scale solar projects.
Adani Group is among the world’s leading solar energy developers, with businesses spanning photovoltaic manufacturing, project development, and renewable energy infrastructure. Ranked among India’s top five solar module suppliers, the group is targeting 45 GW of renewable energy capacity by 2030.
LEAPTING Intelligent (also known as Litian Intelligent) has maintained a long-standing strategic partnership with the Adani Group. To date, it has deployed intelligent cleaning robot solutions across approximately 7 GW of Adani’s photovoltaic projects, reinforcing its role as a key technology partner in India’s solar ecosystem.
The project is located in a region prone to frequent dust storms, high temperatures, and high humidity—conditions that significantly impact solar power generation. Dust accumulation can lead to power losses of 20% to 40%, while conventional cleaning methods such as manual or water-based cleaning are often inefficient and unsustainable at scale.
To address these challenges, LEAPTING will deploy its Automatic Navigation Dry-Hanging Cleaning Robots, which are already widely used across large-scale photovoltaic power plants in India. The fully automated, waterless cleaning technology is designed to operate effectively in harsh environments, overcoming issues related to dust intensity, water scarcity, and complex site conditions. The solution ensures stable cleaning performance, enhances system reliability, and improves overall power generation efficiency.
