Product Introduction
Chengli's autonomous driving kitchen waste truck is developed for community station hubs, park waste collection points, factory short-haul transfer, and site collection tasks, serving as a pure electric L4 site collection concept vehicle for fixed-point waste transfer. The vehicle is conceptually configured with a 4×2 wire-controlled platform, a 40kWh power battery, and a 296km driving range. It eliminates the traditional cab, allocating more space to perception units, control systems, operation mechanisms, and safety redundancy. The vehicle can be deployed in scenarios such as road sweeping, park cleaning, waste transfer, and site collection, with route planning based on electronic fences, task points, restricted zones, and remote takeover points. The L3/L4 intelligent driving module handles low-speed cruising, obstacle recognition, site docking, abnormal stopping, and manual takeover alerts, and works in coordination with the sealed container, lifting mechanism, compression mechanism, docking lock, and leachate collection system. The system can collect data on container fullness, rear door locking status, lifting angle, and site docking status, and transmit vehicle location, operation status, alarm information, and task results back to the platform. The vehicle focuses on solving issues such as high-frequency waste point transfer, site docking accuracy, container mechanism interlocking, fullness alerts, and collection records, making it suitable for unmanned waste transfer pilot programs in enclosed parks, scenic area logistics, and factory premises. This product is positioned as a concept solution for Chengli's autonomous driving special-purpose vehicles, suitable for prototype validation, closed-scenario trial operations, customer requirement communication, and subsequent custom development. The final configuration can be further confirmed based on project regulations, site conditions, communication networks, and operational intensity.
Product Features
L3/L4 System: The kitchen waste truck autonomously drives between collection points, supporting site docking, container mechanism linkage, and dispatch scheduling
Operation Linkage: The intelligent driving tasks of the kitchen waste truck directly link with the sealed container, lifting mechanism, compression mechanism, docking lock, and leachate collection
Status Perception: Real-time collection of container fullness, rear door locking status, lifting angle, and site docking status of the kitchen waste truck, with automatic degraded stopping in case of abnormalities
Route Strategy: The kitchen waste truck sets task points, restricted zones, and remote takeover points around waste drop-off points, compression stations, transfer stations, and disposal facility entrances
Operational Closed Loop: Each task of the kitchen waste truck retains records of routes, operation volumes, alarms, and manual takeover events