TrinaTracker has expanded its offering beyond solar trackers with robots for PV module installation and cleaning
The BUILDEX installation robot places up to 90 modules per hour and supports fixed mounting structures and 1P/2P trackers
The AURORA cleaning robot runs unattended on PV power and handles height differences of up to 50 mm
TrinaTracker, a subsidiary of Trina Solar, has launched the BUILDEX robot for PV module installation and the AURORA robot for module cleaning. The two products expand the company’s portfolio beyond solar trackers.
BUILDEX uses 3D cameras, AI vision algorithms, and mechanical control systems to pick up, transport, align and place modules. The robot installs up to 90 modules per hour, which the company says is 3 to 4 times faster than manual installation.
For module handling, BUILDEX uses a fork-and-flip mechanism that supports automatic feeding and both landscape and portrait mounting. Its height-adjustable base supports use with fixed mounting structures and 1P/2P trackers. The platform can adjust by up to 17° to maintain a level position on sloped terrain. A safety system combining laser-based sensing (LiDAR) and AI can detect potential on-site risks. The automated installation process can reduce labor requirements, improve placement accuracy, and shorten construction schedules, according to the company.
For module cleaning, AURORA uses proprietary self-correction algorithms to handle height differences of up to 50 mm, according to TrinaTracker. The robot uses real-time data from the plant, trackers, and environmental sensors to plan cleaning routes and avoid potential hazards.
AURORA is powered by PV modules, enabling repeated, unattended cleaning. Regular cleaning helps reduce generation losses caused by dust and surface soiling, while lowering routine maintenance requirements, adds TrinaTracker.
Both these robots form part of TrinaTracker’s Smart PV Ecosystem, which combines trackers, AI algorithms, robotics, engineering and operation services. The company says data collected by the robots will connect with its digital platform to support plant management and further algorithm development.
