Autonomous Solutions
AI-Powered Sweeper / Autonomous Driving
An AI-powered sweeper is a high-tech environmental sanitation vehicle that integrates modern autonomous driving, IoT, robotics, and environmentally friendly cleaning technologies. These vehicles are typically powered by electricity and use advanced sensors, such as radar and cameras, together with GPS/RTK high-precision positioning systems and communication technologies to enable autonomous navigation, intelligent environmental perception, and automatic obstacle avoidance.
The sweeper is equipped with an advanced cleaning chassis and intelligent technology to efficiently and quickly remove waste from road surfaces. Durable materials and a robust structural design allow the vehicle to operate under various working conditions and withstand long-term use, extending the robot’s service life while maintaining consistent cleaning performance.
| Maximum Power | Sweeping Width | Operating Time | Sensors | Water Tank Capacity | Waste Bin Capacity |
|---|---|---|---|---|---|
| 3.2 kW | 1300 mm | 4–6 h | LiDAR, Cameras | 40 L | 130 L |
Sweeper Functions
Autonomous Driving: Performs cleaning operations along predefined routes without the need for manual driving.
Intelligent Perception: Uses multiple sensors to detect obstacles ahead, including pedestrians, vehicles, and other objects, and responds safely to avoid collisions.
Precision Cleaning: Equipped with efficient cleaning mechanisms, such as height- and angle-adjustable side brushes and main brushes, to adapt to different road conditions and ensure consistent cleaning performance.
Intelligent Scheduling: Uses a cloud-based platform for remote monitoring and scheduling, allowing work plans to be flexibly arranged based on road conditions, cleaning requirements, and other factors.
Automatic Charging: Automatically locates a charging station and recharges when the battery level is low.
Data Collection and Analysis: Records operational data such as cleaning area, amount of waste collected, and cleaning efficiency, providing insights for subsequent optimization.
All-Weather Operation: Can operate continuously regardless of time or weather conditions, including at night, early morning, and during adverse weather, improving operational efficiency and urban cleaning coverage.
Environmental Protection & Energy Efficiency: Powered by electricity with zero tailpipe emissions, supporting green and sustainable development.
| Function | Description |
|---|---|
| Autonomous Driving | Performs cleaning operations along predefined routes without the need for manual driving. |
| Intelligent Perception | Uses multiple sensors to detect obstacles ahead and respond safely to avoid collisions. |
| Precision Cleaning | Equipped with height- and angle-adjustable side brushes and main brushes to adapt to different road conditions. |
| Intelligent Scheduling | Uses a cloud-based platform for remote monitoring and scheduling, enabling flexible work planning. |
| Automatic Charging | Automatically locates a charging station and recharges when the battery level is low. |
| Data Collection & Analysis | Records data such as cleaning area, waste volume, and cleaning efficiency to support operational optimization. |
| All-Weather Operation | Operates regardless of time or weather conditions, including at night, early morning, and in adverse weather. |
| Environmental Protection & Energy Efficiency | Powered by electricity with zero tailpipe emissions, supporting green and sustainable development. |
Electric Sweeper
As a model that combines modern technology with environmental sustainability, the electric sweeper reflects the vision of cleaner and more sustainable cities of the future. Powered by electricity, it reduces the environmental pollution associated with traditional fuel-powered sweepers while integrating advanced technologies to deliver efficient and intelligent cleaning operations.
The fully enclosed, high-power electric sweeper features low noise, flexible operation, low consumable usage, and high cleaning efficiency. It is suitable for use in harsh environments, including cold climates and areas with high levels of blowing sand and dust.
| Driving Speed | Cleaning Efficiency | Battery Capacity | Side Brush Length | Dust Bin Capacity | Water Tank Capacity |
|---|---|---|---|---|---|
| 10 km/h | 13,000 m²/h | 48 V / 200 Ah | 790 mm | 200 L | 180 L |
