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2026年3月16日
A photovoltaic installation robot enterprise completed a Pre-B round financing of over 100 million yuan
The comprehensive installation cost is reduced by more than 50%, and the project cycle is shortened by more than 25%.
A photovoltaic installation robot enterprise completed a Pre-B round financing of over 100 million yuan
On March 13th, Huzhou Litian Intelligent Technology Co., Ltd. (referred to as "Litian Intelligent") announced the completion of a Pre-B round financing of over 100 million yuan, which was jointly invested by Today Capital, Yaotu Capital, and Changshi Capital.
It is reported that this round of financing will accelerate Litian Intelligence's research and development of key technologies for photovoltaic power plant module automation installation, global industrialization layout, and market expansion, further consolidating its global leading position.
Since its establishment in 2022, Litian Intelligence has completed a total of 7 rounds of financing from well-known investment institutions such as Today Capital, Changshi Capital, Yaotu Capital, Youtian Capital, Xinrui Venture Capital, Suzhou Artus Investment, Yuanjing Capital, Shangshi Capital, and Link REIT.
As an intelligent equipment enterprise focused on the field of new energy, Litian Intelligence takes AI technologies such as visual recognition and adaptive navigation as its core, providing customers with high-performance, cost-effective, and high-quality photovoltaic power station intelligent installation and operation robots. Its products are exported to domestic and foreign markets.
At the technical level, Litian Intelligent's independently developed installation robot is based on a visual multi-source fusion system, achieving centimeter-level real-time positioning and millimeter-level precise installation, as well as all-terrain adaptive motion control. It has proven excellent reliability in extreme working conditions such as complex mining areas, desert high temperatures, and snowy plateaus. Actual test data shows that a single device completes the installation of a single component on average every 30 seconds, with a daily installation volume of 600-700 pieces, which is 3-5 times more efficient than traditional manual labor. The comprehensive installation cost is reduced by more than 50%, and the project cycle is shortened by more than 25%.
2025 is the first year of the explosive growth of Litian's intelligent automatic navigation component laying robot business. In February, it achieved its first victory in Australia. In June, it received another repeat order from Australia. In July, enter the South African market. In August, signed GW-level orders with Middle Eastern clients and put 60 robots into operation in batches. In October, it made its debut in the European market and completed its first order in Europe. In November, it entered the South American market. In December, the Western Australia mining project was signed again, expanding the application scenario from flat power stations to complex mining areas for the first time.
Entering major global photovoltaic markets such as Australia, South Africa, the Middle East, Europe, and South America, the application scenarios have expanded from flat power stations to complex mining areas, which means that Litian Intelligent has achieved a leap from "working abroad" to "commercial success".
On January 14, 2026, at the PV3 Ajiban 1.5GW world-class photovoltaic project site in Abu Dhabi, United Arab Emirates, Litian Intelligent Installation Robots completed the ceremony of automatic installation of multiple modules simultaneously, becoming the first demonstration project in the UAE to implement photovoltaic module installation using robot automation technology.
Wang Shitao, founder and CEO of Litian Intelligence, said, "The unmanned installation of photovoltaic power plants is still in its infancy. This round of financing will accelerate Litian Intelligence's penetration into the global photovoltaic installation robot market. Next, the company will continue to deepen its product matrix, extending from a single installation scenario to the full life cycle unmanned operation of power plants, to achieve full coverage of major global photovoltaic markets by 2026