Tianli
Tianli
Explore our premium range of commercial new energy vehicles, intelligent delivery chassis systems, and hybrid solutions engineered to scale global enterprise fleets.
The global logistics matrix is shifting dramatically toward decentralized, low-carbon vehicles. The Electric Tricycle (Tricycle E) has transitioned from a basic agricultural mechanism into a critical component of last-mile delivery, urban industrial transport, and cold-chain distribution. Worldwide commercial enterprises are adopting electric three-wheelers due to their high spatial efficiency, optimal payload-to-weight ratios, and significantly reduced Total Cost of Ownership (TCO) compared to traditional Internal Combustion Engine (ICE) light cargo vehicles.
In densely populated metropolitan centers across Europe, North America, and Southeast Asia, municipal zero-emission zones (ZEZ) require logistics providers to deploy compact electric vehicles. Commercial electric tricycles, especially models configured with custom dimensions (such as 1.8-meter heavy-duty cargo boxes), are highly optimized for handling parcel deliveries, utility tasks, and municipal maintenance. Their ability to easily navigate narrow corridors while transporting substantial payloads makes them indispensable.
China's leadership in the Tricycle E industrial sector is supported by a comprehensive ecosystem that coordinates battery chemistry, motor design, chassis engineering, and metal processing within localized clusters. This concentration enables manufacturers to implement rapid engineering revisions, maintain strict tolerances, and deliver outstanding manufacturing efficiency.
Rather than relying on basic assembly processes, Chinese plants utilize robotic structural welding, automated electrophoretic coating, and integrated chassis dynamometer calibration. Additionally, the proximity of major lithium iron phosphate (LiFePO4) cell producers allows for seamless battery integration with advanced battery management systems (BMS). This ensures that electric tricycles meet demanding international standards, including European Economic Commission (EEC) and US Department of Transportation (DOT) classifications.
Delivering high-performance transport platforms and advanced vehicle components through a robust, decade-strong international supply network.
A comprehensive specifications matrix comparing standard delivery cargo variants and heavy-duty industrial electric three-wheel transport platforms.
| Specification Parameters | Urban Last-Mile E-Tricycle (Light Duty) | 1.8M Heavy-Duty Cargo E-Tricycle | Cold-Chain Temperature-Controlled E-Trike |
|---|---|---|---|
| Nominal Motor Power | 800W - 1200W BLDC (Brushless DC) | 1500W - 3000W Permanent Magnet PMSM | 2200W PMSM with auxiliary compressor power |
| Battery Chemistry & Capacity | 60V 45Ah Lead-Acid / LFP Option | 72V 100Ah - 150Ah Lithium Iron Phosphate | 72V 120Ah LiFePO4 with independent cooling BMS |
| Payload Capacity | 350 kg - 500 kg | 800 kg - 1200 kg | 400 kg (net cargo weight capacity) |
| Max Speed & Gradeability | 30 km/h | 15% Incline Grade | 45 km/h | 25% Incline Grade (Dual-ratio gear) | 35 km/h | 18% Incline Grade |
| Chassis Structure & Suspension | Standard welded pipe frame, rear leaf spring | Heavy-duty rectangular steel frame, reinforced leaf spring with hydraulic damping | Polyurethane thermal box, heavy duty suspension |
| Safety Configurations | Front disc, rear drum brakes | Hydraulic dual-circuit disc brakes + hand brake | Integrated hydraulic braking system |
Adapting electric three-wheeled transport to specialized operational scenarios and high-demand commercial workflows.
Integrated cargo containers featuring modular storage shelves, magnetic locking systems, and telematics units designed for major logistics hubs. The 1.8M chassis offers the ideal volume for parcel distribution networks, decreasing delivery cycle times in high-traffic urban areas.
Custom insulated bodies with integrated 12V/24V refrigeration units powered directly by the traction battery. These systems maintain temperatures as low as -18°C, ensuring the safe transport of dairy, meat, and pharmaceutical goods.
Flatbed utility configurations tailored for moving heavy components and tooling across expansive manufacturing complexes and warehouse campuses. These vehicles replace high-emission diesel utility cars, promoting clean indoor air quality and quieter operations.
Established in 2012, Tianli International Trade Group has built a reputation as a trusted provider of comprehensive automotive and industrial equipment supply chains. Our team specializes in managing end-to-end global trade services for new energy transportation platforms, zero-mileage pre-owned vehicle exports, and high-capacity electric utility platforms.
Holding authorized export certifications from the Ministry of Commerce of China, we provide commercial buyers with robust global logistics, customs clearance expertise, and reliable after-sales support. Through long-term alliances with major automotive factories, we maintain a stable inventory flow and deliver at least 200 units monthly to distribution partners globally.
In addition to our strong performance in clean energy transit, Tianli is an active innovator in low-altitude security technologies. We develop and deploy integrated Unmanned Aerial System (UAS) detection and countermeasure platforms, helping clients secure industrial properties, logistics centers, and public infrastructure against unmanned aerial security threats.
Combining smart logistics with robust UAS defense platforms to secure the future of industrial infrastructure and warehousing complexes.
As industrial facilities adopt autonomous platforms, security concerns regarding critical airspace are rising. Tianli provides integrated, right-sized UAS detection and countermeasure platforms designed to intercept unauthorized drones.
Our systems utilize advanced radio frequency (RF) scanning, electro-optical tracking, and active radar signature analysis to detect unauthorized systems. Once identified, the system employs directional radio frequency neutralization to safely guide threats away from operational airspace.
| Platform Core Offerings | Key Functionality |
|---|---|
| Multi-Spectral UAS Detection | RF scanning, passive radar signature identification, thermal optics |
| Precision Jamming & Neutralization | Targeted signal disruption and safe landing management |
| Command & Control Center | Real-time threat mapping, automated alerts, and detailed log analysis |
Our structured step-by-step export architecture ensures seamless vehicle customization, strict quality control, and secure global delivery.
We work closely with your engineering and logistics teams to select the optimal motors, battery capacities, and cargo configurations for your local operating requirements.
Every unit undergoes strict electrical calibration, structural stress testing, dynamic braking checks, and battery charging evaluations before shipment.
Our experienced compliance department prepares all essential export document packages, including Certificate of Origin, inspection sheets, and customs filings.
We supply continuous technical assistance, spare parts packages (including BMS, controllers, and gearboxes), and comprehensive warranty support to maximize uptime.
Detailed technical answers to common queries regarding regulatory compliance, customized configurations, battery maintenance, and shipping logistics.
Our electric tricycles utilize premium Lithium Iron Phosphate (LiFePO4) battery cells, which typically deliver between 2,000 and 3,000 charge cycles before capacity degrades to 80%. When operated six days a week under normal temperatures, this translates to an active service life of 6 to 8 years. In comparison, standard lead-acid batteries generally require replacement after 300 to 500 charge cycles (approximately 1 to 1.5 years).
Yes. Through our ODM/OEM services, we customize the cargo dimensions to match your target cargo requirements. We design, fabricate, and test custom box lengths (from 1.5 meters up to 2.0 meters), insulated configurations for cold chain transport, hydraulic dump boxes, and roll-up doors, ensuring optimal weight distribution and structural integrity.
Tianli exports vehicles that meet regional import standards. For European markets, we supply configurations complying with EEC L-category regulations (such as L5e-U for cargo trikes). For the US market, we offer configurations compatible with DOT regulations and Low-Speed Vehicle (LSV) guidelines. We prepare and supply all necessary documentation, including certificate of origin, safety inspection sheets, and customs clearances.
Our quality control process is divided into three key stages: incoming component inspection (including battery cell matching and chassis metal tests), in-process monitoring (including weld inspections and insulation testing), and post-production evaluation. The final stage requires every electric tricycle to pass loaded road tests, electronic control calibration, brake system evaluation, and water spray tests to verify weatherproofing.
Discover our range of heavy-duty electric utility vehicles, specialty commercial transport, and high-efficiency hybrid passenger fleets.
Get in touch with our team for detailed pricing options, custom design specifications, and export logistics documentation. We will respond with a comprehensive quote within 24 hours.
