Breaking Urban Cleaning Dilemmas! Tshumart Unveils Autonomous Cleaning Vehicle Solution, Redefining a New Model of Urban Sanitation​

Amid urban development, sanitation cleaning has always stood as a core pillar in maintaining a neat and tidy urban environment. Nevertheless, traditional cleaning models are plagued by widespread pain points: large road sweepers cannot access narrow spaces, manual cleaning suffers from low efficiency and potential safety hazards, and sanitation operations are severely hindered under harsh weather conditions. These long-standing challenges have continuously troubled urban management authorities.

Today, Shenzhen Tshumart Technology Co., Ltd., a leading domestic Chinese provider of AI computing power modules and comprehensive solutions, has launched a groundbreaking industry offering — the Tshumart Autonomous Cleaning Vehicle Solution. This innovative solution injects new momentum into urban sanitation and thoroughly redefines modern urban cleaning methods.

Advanced Perception System: Safeguarding Secure and Precise Sanitation Operations

Robust perception capability serves as the foundation of a high-performance autonomous cleaning vehicle solution. The Tshumart solution features an elaborately designed perception system that fully secures safety and precision throughout all cleaning operations.

Its most remarkable highlight lies in the onboard 200 TOPS high-computing platform. Supported by powerful computing performance, the vehicle rapidly processes massive environmental data, laying a solid foundation for real-time decision-making and operational execution. Meanwhile, the multi-sensor fusion system enables collaborative operation of diverse sensors to deliver 360° comprehensive perception with zero blind spots. It can accurately detect even tiny obstacles in complex operating scenarios.

The solution is equipped with a full suite of specialized sensors, each configured with clear functional positioning:

Blind-Spot Compensation LiDAR: Detects pedestrians, vehicles and special-shaped objects within a 0-8-meter radius around the vehicle, delivering high-precision short-range detection to eliminate visual blind spots and ensure driving safety.

Surround-View Cameras: Generate real-time panoramic images to fully capture surrounding environments, expand the detection range of monocular cameras, and enhance the comprehensiveness and accuracy of environmental perception.

Main LiDAR: Delivers high-performance in-depth detection of various targets within the monitoring range and plays a vital role in fusion positioning, enabling precise planning and stable execution of driving routes.

Monocular Camera: Focuses on target recognition and enhanced identification of moving objects, providing timely data support for intelligent operational decision-making.

Millimeter-Wave Radar: Maintains stable performance and accurate target detection in extreme weather conditions with cutting-edge technology, ensuring reliable and safe vehicle operation.

Powered by this integrated perception system, our autonomous cleaning vehicles can accurately identify garbage, recognize pedestrians, vehicles and irregular objects in all directions, and conduct high-efficiency cleaning operations with maximum safety and precision.

Comprehensive Core Functions: Delivering Efficient and Intelligent Sanitation Experiences

Beyond superior perception technology, the solution integrates a full range of powerful core functions to realize fully unmanned operations, achieve intelligent energy conservation, and bring high-efficiency, convenient urban sanitation services.

For unmanned operations, vehicles can automatically activate cleaning tasks with zero manual intervention. They independently plan optimal routes based on site conditions to achieve dead-end-free cleaning, efficiently remove road garbage and stains through automatic sweeping, and conduct real-time operational inspections to monitor cleaning quality and device status. After task completion, the vehicles automatically dump waste to minimize manual workload. In terms of operational supply, it supports automatic water refilling (subject to vehicle hardware compliance and municipal wired control renovation) and wireless automatic charging, sustaining continuous operation with stable energy supply.

Notably, the solution features intelligent energy consumption optimization. Leveraging garbage recognition technology, the vehicle dynamically adjusts fan power and driving speed based on actual road conditions. It automatically reduces power and speed when garbage volume is low to cut energy consumption, and increases operational output when facing heavy pollution to guarantee cleaning efficiency. This adaptive regulation effectively lowers operational costs and aligns with green and low-carbon development principles.

Additionally, the remote cockpit system streamlines overall fleet management. Operators can remotely monitor real-time vehicle status, cleaning progress and operational data, and take over remote control when emergencies occur, ensuring uninterrupted and smooth sanitation work.

Versatile Application Scenarios: Adaptable to Diverse Road Conditions

Thanks to high flexibility, the Tianshu autonomous cleaning vehicle solution boasts extensive application scenarios and easily covers areas inaccessible to conventional cleaning equipment.

It is ideally suited for sanitizing urban auxiliary roads, narrow lanes, non-motorized lanes, sidewalks, pedestrian streets, landscape belts, parks, campuses, tourist attractions and residential communities — areas where large sweepers cannot operate conveniently. The compact vehicles navigate flexibly in these spaces to deliver thorough cleaning and enhance local environmental quality.

Furthermore, it excels at supplementary daytime cleaning on congested urban roads. During peak traffic hours, large cleaning vehicles tend to cause congestion, while our lightweight autonomous vehicles operate with minimal traffic disruption. They provide timely supplementary sanitation without disturbing daily traffic order, upgrading the overall cleanliness of urban road networks.

The solution also features exceptional road compatibility, delivering stable and high-quality cleaning performance across asphalt, cement, marble, granite, rough stone, plastic flooring, epoxy resin and cobblestone surfaces, achieving true full-road coverage sanitation.

Future Outlook: Empowering a Cleaner and Better City

As a leading domestic developer of AI computing hardware and smart solutions, Shenzhen Tshumart Technology Co., Ltd. upholds a philosophy of continuous innovation and commits to driving transformation and upgrading in the urban sanitation industry through technological breakthroughs.

The newly launched autonomous cleaning vehicle solution marks a key milestone of the company’s in-depth R&D in artificial intelligence and smart equipment. Moving forward, Tshumart will further advance technological research and development, continuously optimize vehicle performance, functions and intelligent adaptation capabilities.

The company aims to expand the application boundaries of autonomous cleaning solutions. Beyond urban public sanitation, it will explore expanded usage in industrial parks, large venues, airport terminals and other specialized settings. By accelerating the intelligent upgrading of urban sanitation systems, we strive to contribute to building cleaner, greener and more livable urban spaces.

With the widespread adoption and cross-industry implementation of the Tshumart Autonomous Cleaning Vehicle Solution in the near future, cities will become cleaner and more beautiful, and citizens will benefit from a higher-quality living environment.