On the 3rd, the reporter learned from the State Administration for Market Regulation that the national standard for "Commercial Cleaning Robots" has recently been released and will be officially implemented on May 1, 2026. This standard covers cleaning robots used in commercial environments such as shopping malls, hotels, office buildings, and underground garages. By clarifying technical requirements for cleaning performance, sports performance, health and safety, it standardizes product design and production, and comprehensively improves the product quality level and actual user experience of commercial cleaning robots. Specifically, the standard subdivides the requirements for product cleaning performance. In response to the diverse needs of commercial cleaning robots in practical applications, corresponding cleaning performance indicators have been set according to different cleaning functions such as sweeping, vacuuming, dust pushing, cleaning, and corner cleaning. The cleaning effect requirements under each function are clarified, and the deviation range between actual cleaning effect and promotional effect is strictly limited, providing a unified basis for objectively evaluating the cleaning performance of robots. At the same time, multi-dimensional assessment of product athletic ability. Considering the large differences in the usage environment of commercial cleaning robots, it is difficult to assess their motion ability with a unified numerical value. Therefore, the standard decomposes the robot's motion performance into 9 independent modules, including rated speed, obstacle crossing ability, escape ability, braking ability, etc. Each module is equipped with specific requirements and testing methods. Through modular assessment, the robot can efficiently and stably complete cleaning tasks in complex commercial scenarios. In addition, balancing product safety and user experience. The standard specifies that commercial cleaning robots must meet requirements for electrical safety, mechanical safety, information safety, and electromagnetic compatibility to ensure that the equipment does not cause safety accidents during normal operation. Introduce noise requirements, stipulating that the measured value of robot working noise should not exceed 86 decibels, in order to improve the user experience. Experts suggest that standards will accelerate industry optimization. Previously, companies often exaggerated their advertising with single laboratory data. The new standard, through multi scenario testing and deviation limitation, makes the cleaning ability "quantifiable and comparable", which is beneficial for consumers to verify the compliance of robot performance. (New Society)