Robotic Street Sweeper

 

Dimensions:	L: 1800mm W: 1540mm H: 930mm
Sweeping Width:	1580mm
Working Efficiency:	9000-15000 m²/h
Working Time:	4-6h
Garbage Bin Capacity:	160 L
Travel Speed:	0-14 km/h
Battery Capacity	48V 100Ah Lithium Battery (Maximum Support for 10 kWh of Electricity)
Tracking Distance:	No
Fuel:	Electro

 

 

The robotic street sweeper represents a new generation of intelligent cleaning solutions, combining advanced autonomous technology with industrial-grade cleaning performance. Built around a self-developed Vehicle Control Unit (VCU) that seamlessly integrates with autonomous driving systems, this robotic cleaner delivers precision movement control and rapid response capabilities. The platform features generously proportioned liquid and waste storage systems, enabling extended operation cycles between service intervals.

Designed with flexible expansion capabilities, the AutoSweep can be equipped with optional automated charging, water refilling, and waste disposal systems. Available in customizable sizes from 1.2 to 2.2 meters, the platform adapts to various operational environments while maintaining consistent cleaning performance and autonomous navigation reliability.

 

 

Advanced Control Architecture	Proprietary VCU enables precise vehicle dynamics control and low-latency response to navigation commands
Extended Operation Capability	High-capacity 200L water tank and 160L waste compartment support prolonged cleaning missions
Modular Expansion System	Pre-configured interfaces support automated maintenance systems for continuous operation
Adaptive Size Configuration	Scalable platform design accommodates different width requirements for varied access limitations
Intelligent Cleaning System	Multi-mode cleaning with adjustable pressure, brush speed, and suction power based on surface conditions
Comprehensive Navigation Suite	Multi-sensor perception system ensures safe operation in dynamic environments

 

 

• Unified Control Foundation: We developed an integrated VCU that serves as the platform's nervous system, ensuring perfect synchronization between mobility functions and cleaning operations while providing upward compatibility for autonomous driving systems.
• Operational Duration Optimization: Rather than maximizing cleaning speed, we prioritized operational continuity through large-capacity systems and automated maintenance options, significantly reducing human intervention requirements.
• Configurable Footprint Strategy: The scalable platform architecture allows the same core technology to adapt to narrow pathways and expansive areas without performance compromise, providing right-sized solutions for each environment.

 

 

 Industrial Park Maintenance

Scheduled cleaning of roadways, parking areas, and pedestrian pathways in manufacturing and business parks

Nighttime operation with minimal human supervision for uninterrupted daytime activities

 

 Municipal Street Cleaning

Sidewalk and bicycle lane maintenance in urban areas with pedestrian traffic adaptation

Residential street cleaning with noise-optimized operation for early morning hours

 

 Large Estate & Campus Management

Grounds maintenance for university campuses, corporate headquarters, and institutional facilities

Integrated cleaning of sports facilities, recreational areas, and connecting pathways

 

 Tourism & Hospitality Venues

Resort and theme park cleaning during off-hours to maintain aesthetic standards

Large outdoor shopping complex maintenance with crowd-aware navigation

 

 Transportation Infrastructure

Station platform cleaning in public transit systems with precise schedule adherence

Airport apron and ground service area maintenance with strict safety protocol compliance

 

 

 

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