Low speed auto driving focuses on the development and application of self driving technology in specific scenarios, officially entering urban public services such as sanitation, delivery, and security. It generally exhibits the typical characteristics of "low to medium speed, high repetition, and strong demand," thus becoming an ideal breakthrough point for autonomous driving where "technology is feasible and commercial viability is achievable."
Since 2025, China has entered a new era of large-scale commercial application in multiple scenarios: the annual public bidding projects for unmanned sanitation services have exceeded 10 billion RMB for the first time, leading companies in unmanned delivery are accelerating their deployment and competing for deliveries on the scale of tens of thousands of units, and the normalized operation of unmanned mining areas with over a hundred units per mine is also gradually becoming a trend...
Against this backdrop, CEEC Factory has precisely targeted the sanitation sector and is driving the solid implementation of autonomous driving in traditional industries through a three-pronged approach: "wire-controlled chassis + scene algorithms + cloud control platform."
♦ Why did CEEC factory choose the sanitation industry?
CEEC focuses its technological advantages on the sanitation field because of its many years of experience in manufacturing sanitation trucks. It recognized the pain points in this traditional sector regarding labor, safety risks, and digitalization, as well as the potential for autonomous driving technology to create significant value.
Through a full-stack technology solution of "hardware x software x platform," CEEC deeply integrates AI into specific operational processes. To achieve truly scenario-specific unmanned solutions, CEEC has built a complete closed-loop capability from chassis development, algorithm research and development, and vehicle manufacturing to operation and service, enabling independent control and efficient collaboration throughout the entire lifecycle of intelligent unmanned vehicle products.
CEEC employs a multi-sensor fusion solution, encompassing vision, lidar, millimeter-wave radar, and ultrasonic sensors, ensuring stable recognition and decision-making in complex open environments. This solution is widely applied in the commercial autonomous vehicle field and can effectively address various challenges in sanitation scenarios.
Sanitation vehicles encounter roadside waste, pedestrians, and pets, and these scenarios involve significant variations in lighting, occlusion, and dynamic changes, requiring multi-source perception and strong algorithmic generalization capabilities.
More importantly, CEEC continuously accumulates scenario data through actual operations, constantly optimizing its algorithmic models. Currently, autonomous sanitation vehicles are undergoing pilot operations in multiple cities, accumulating real-world scenario data. This "data generated from actual operation" is continuously building a solid foundation for its technological iteration and scenario understanding.
♦ The World's First L4-Level, All-Scenario Intelligent Interactive Unmanned Water Sprinkler
Truck Water sprinkler trucks are an indispensable part of urban services, providing essential support for maintaining city cleanliness, cooling roads, and irrigating green spaces every day. Autonomous driving technology is profoundly changing the face of the sanitation industry, upgrading traditional sanitation operations towards a more intelligent, efficient, and safe direction.
This all-scenario intelligent interactive unmanned water sprinkler truck not only possesses L4-level autonomous driving capabilities but also integrates water spraying functions. It breaks the stereotype of traditional water sprinkler trucks being bulky and inflexible in operation. Its compact body size belies a large 2000L water tank, allowing for a 200-kilometer operating range. Even more noteworthy is its intelligent water cannon system, which supports a spraying distance of up to 12 meters and can switch between columnar and mist modes, precisely irrigating green belts, washing roads, and can also be used for special scenarios such as liquid material transfer and de-icing agent spraying.
♦ From Concept to Essential Need, Large Scale Commercialization is the Future
Empowered by artificial intelligence (AI), autonomous driving water tank trucks have achieved a highly intelligent operating mode. They are not simply automated devices, but intelligent systems integrating perception, decision-making, control, and interaction capabilities.
Autonomous sanitation vehicles are not concept cars or demos, but commercially produced products already operating on a large scale in multiple locations across China, generating real value.
Currently, China's autonomous sanitation vehicles are world leading, and CEEC, with its tangible cost reduction and efficiency improvement results, has become a pillar in the transformation and upgrading of traditional industries. The focus is on the solid implementation of "one vehicle, one scenario, one algorithm." Technology is not for showing off, but for solving real problems.
