Tianli
Tianli
The global transportation landscape is undergoing a seismic shift toward electrification, and the power tricycle factory sector stands at the forefront of this revolution. Unlike passenger vehicles, electric tricycles (e-trikes) offer a unique blend of high payload capacity, low operational costs, and exceptional maneuverability in congested urban environments. As a leading exporter, Shandong Tianli International Trade has observed a 150% increase in demand for industrial-grade electric tricycles across emerging markets in Southeast Asia, Africa, and Latin America.
In 2024-2025, the market is no longer satisfied with basic mobility. Modern industrial applications require Information Gain—the integration of smart telemetry, high-density Lithium Iron Phosphate (LiFePO4) battery systems, and modular cargo designs. Our factory-backed solutions address the specific pain points of "Last-Mile Delivery" and "Short-Haul Logistics," where efficiency is measured in cents per mile.
Established in 2012, Shandong Tianli International Trade has evolved from a local trading house into a global powerhouse in the automotive and electric mobility space. Our dual-focus strategy—combining automotive supply chain excellence with cutting-edge Unmanned Aerial Systems (UAS)—allows us to cross-pollinate technologies like AI navigation and battery management systems into our Leading Power Tricycle Factory production lines.
With export qualifications certified by the Ministry of Commerce of China, we provide end-to-end solutions: from initial R&D and manufacturing to parallel export certification and global logistics. Our factory spans approximately 10,000 square meters, ensuring a stable supply of over 200 units per month to meet large-scale industrial orders.
Transitioning from Lead-Acid to Solid-State and high-performance Li-ion batteries to increase range by 40% while reducing weight.
Real-time fleet tracking, battery health monitoring, and geofencing capabilities integrated into the vehicle's ECU for B2B fleet managers.
Leveraging our UAS technology to develop low-altitude sensor arrays for obstacle avoidance in busy warehouse and urban environments.
Implementing a "Cradle-to-Cradle" design philosophy, focusing on recyclable chassis materials and second-life battery applications.
Perfect for narrow European streets or busy Asian markets where vans cannot navigate. Optimized for quick-turn courier services.
High-torque motors and reinforced suspension systems designed for off-road farm use, transporting produce from field to collection centers.
Custom ODM solutions featuring insulated cabins for food and medicine delivery, powered by the vehicle’s main battery array.
Access the entire Chinese automotive ecosystem through a single point of contact. We simplify complex procurement.
Every vehicle undergoes a 120-point inspection before export, covering battery safety, motor efficiency, and chassis structural integrity.
We don't just sell vehicles; we provide marketing support, spare parts kits, and technical training for your local maintenance teams.
Diverse payment options and partnership models designed to help local dealers scale their inventory and market share quickly.
We integrate defense-grade UAS technology into our vehicle management systems. Our 12 years of export experience ensures we understand the regulatory compliance (EEC, DOT, etc.) required for different global regions, providing a smoother import experience for our clients.
Yes. We specialize in custom body designs, including refrigerated boxes, hydraulic dump beds, and specialized passenger configurations. Our engineering team can adapt the motor torque and battery capacity based on your local topography and load requirements.
We provide a comprehensive "Maintenance Kit" with every bulk order and offer video-based technical support. For large-scale fleet deployments, we can arrange for technical experts to provide on-site training for your local mechanics.
For standard models, we maintain a rolling inventory of over 200 units. Custom ODM orders typically have a lead time of 30-45 days from design finalization to factory gate, depending on the complexity of the modifications.
