Recently, the Huayuantong Building—a landmark structure in Foshan standing —— 100 meters tall with a total floor area of 36,000 square meters—has undergone a high-tech and efficient renovation project. As one of Foshans iconic landmarks, the buildings exterior cleaning and maintenance have long been a focal point. This operation utilized the dual-cordless aerial cleaning drone system provided by MYUAV, employing innovative technology to complete the high-altitude curtain wall cleaning task, showcasing the remarkable application of smart technologies in urban maintenance.
Compared to traditional "spiderman" aerial basket operations, the MYUAV dual-cord high-altitude cleaning drone system demonstrates significant advantages. Its core efficiency lies in the dual-cord system providing continuous power and water supply, enabling uninterrupted long-duration operations. The cleaning efficiency is several times higher than manual labor, allowing large-scale curtain wall cleaning to be completed in minimal time. This approach not only drastically shortens construction timelines but also minimizes disruptions to normal office operations within the building.
In terms of cleaning effect, the high-pressure water gun of the UAV can spray accurately and evenly cover the glass surface, effectively remove stubborn dirt, oil stains and other stubborn dirt. After cleaning, the curtain wall is as smooth as new and the transparency is significantly improved.
What is particularly commendable is that the operation was carried out in the whole process using the environmentally friendly cleaner specified by MYUAV. The ingredients of this cleaner are harmless to green plants and non-corrosive to the metal and glass materials of the building curtain wall. While achieving efficient cleaning, the operation process is ensured to be green and environmental protection.
The successful application of MYUAV UAV high-altitude cleaning solution in Huiyuantong Building fully proved its safety, efficiency and environmental protection, and provided a new model for smart cleaning and maintenance of urban high-rise buildings in the future.