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Solar-LIT Intelligent PV Module Installation Robot Records 124.7 Modules per Hour in Xinjiang Field Test
Release time： 2026-08-19 10:52:39.230
At the site of the China Three Gorges (CTG) Xinjiang Ruoqiang 8.5GW Mega PV Base Project, several leading domestic PV module installation robot manufacturers competed in a live head-to-head field trial. Solar-LIT’s PV module installation robot successfully completed continuous operational validation, achieving an average installation efficiency of approximately 124.7 modules per hour and ranking #1 overall in performance.
Project Owner Verification Letter documenting the Ruoqiang field test.
212 PV modules installed | 102 Minutes of actual operating time |
124.7 PV modules per hour | 47%–61% Higher than other valid comparison results |
How the Installation Rate Was Calculated
The test organizer used the same metric for all valid participating solutions: completed modules divided by actual operating time.
Using this method, the Solar-LIT system’s average installation rate was approximately 47% to 61% higher than the other valid results recorded during the same comparison.
Six Consecutive Batches Documented Stable Work Cycles
The Solar-LIT robot completed six consecutive installation batches. Each of the first five full batches covered 36 PV modules and took 14, 19, 17, 18 and 18 minutes, respectively.
Project Owner Verification Focused on Four Capabilities
The project owner’s written verification highlighted the Solar-LIT system’s performance in the following areas:
01 Construction efficiency | 02 Continuous-operation capability |
03 Human–machine collaboration | 04 Site engineering adaptability |
An Intelligent Installation System for Utility-Scale PV Projects
The Solar-LIT Intelligent PV Module Installation Robot is a construction-stage robotic system designed to combine module handling, path planning, positioning and installation in a coordinated workflow.
01 Navigate | 02 Handle | 03 Position | 04 Install |
Data Scope and Performance Note
Solar-LIT Installation Robot Field-Test FAQ
Where was the Solar-LIT installation robot tested?
The test took place at the Ruoqiang demonstration site supporting an 8.5 GW PV base project in Xinjiang, China.
How many PV modules did the system install?
Working with a six-person crew, the Solar-LIT system installed 212 PV modules across six consecutive batches.
What average installation rate was recorded?
The recorded average team installation rate was 124.7 PV modules per hour, calculated from 212 modules and 102 minutes of actual operating time.
How were participating solutions compared?
All valid results used completed modules divided by actual operating time. Solar-LIT’s average rate was approximately 47% to 61% higher than the other valid comparison results.
Are these results guaranteed for every project?
No. Actual performance may vary with site layout, equipment specifications, crew configuration, weather and construction procedures.
More news
Solar-LIT showcased intelligent PV robotics and lifecycle solutions at CIFIT 2026 in Xiamen, strengthening China-Saudi cooperation in solar energy, PV installation and intelligent O&M.
A six-person site crew and the Solar-LIT system installed 212 PV modules in 102 minutes across six consecutive work batches at the Ruoqiang demonstration site.
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