In July 2026, RHINOSTAR·EC6 completed its first round of multi-scenario field validation in Korea. The testing covered two representative application types — commercial and industrial rooftop solar, and rooftop solar on agricultural livestock facilities — with a focus on evaluating the robot's operational stability and cleaning adaptability under real-world maintenance conditions.
In the commercial and industrial rooftop test, RHINOSTAR·EC6 completed a full-panel cleaning cycle with smooth, uninterrupted operation throughout. On-site testing showed clearly visible cleaning results on the panel edges, where dust tends to accumulate, and confirmed the ease of single-person transport and operation.
A more demanding test took place at a livestock facility rooftop solar site. The panels had gone uncleaned for an extended period, with heavy dust buildup and caked-on bird droppings significantly reducing the panels' exposure to sunlight — providing a strong real-world benchmark for validation. After RHINOSTAR·EC6 completed the full cleaning cycle, the contamination layer was effectively removed, and the results were well received by the on-site customer.
Notably, this round of testing in Korea also included a side-by-side comparison against a leading international solar panel cleaning robot brand's flagship model, evaluated across cleaning efficiency, coverage, and operational experience. In the comparison, RHINOSTAR·EC6's cleaning width (1300mm) gave it a clear coverage advantage, while its responsive controls, adjustable roller speed, and constant-speed cruise function drew positive feedback on-site. RHINOSTAR·EC6's built-in anti-fall feature also stood out as a safety advantage in complex rooftop conditions.
This round of field testing in Korea further validates RHINOSTAR·EC6's adaptability across different solar applications, and provides valuable input for the company's continued market expansion and localized service efforts in the region.