Intelligent Manufacturing, Collaborative Empowerment
Nantong and Huai'an — two major production bases forming an efficient synergistic capacity landscape
High-standard clean production workshop dedicated to intelligent controller R&D and manufacturing. Enables large-scale stable production of core controllers while supporting flexible multi-product scheduling. Implements a smart production model of one factory with multiple capabilities and on-demand customization, meeting production requirements for various electric vehicle products.
Modern intelligent facility focusing on low-speed vehicle powertrain core component assembly lines. Advancing coupling box and e-motorcycle complete vehicle assembly line construction, extending the powertrain industrial chain from core components to end-product vehicle manufacturing, forming an efficient and complementary synergy with the Nantong facility.
From raw materials to finished products, every step reflects intelligent manufacturing excellence
Within a high-standard cleanroom environment, processes such as fully automated SMT assembly, plasma cleaning, precision dispensing and fastening, and AOI optical inspection are carried out in an orderly manner. The line supports flexible changeovers for multiple product types, ensuring that every controller meets automotive-grade quality standards.
With automated stator winding, precision rotor assembly, airtightness inspection, insulation and withstand voltage testing, bench performance validation, and high-temperature aging throughout the quality control process, every powertrain undergoes rigorous testing to ensure the reliability and effic...
From end-of-line testing, software flashing, and version traceability for VCUs and PCUs to comprehensive inspection of the electrical, braking, and powertrain systems of electric motorcycles, supplemented by optical microscope quality inspection and static validation, every product is ensured to be delivered to customers with safety and reliability.
From core PCBA manufacturing, software flashing, and parameter calibration to housing assembly, sealing inspection, EOL functional testing, and data traceability, every workstation operates in coordination across the entire production process. Combined with standardized operations and multiple layers of quality verification, this ensures that every VCU delivers stable and reliable vehicle control performance.
Professional and refined development approach with comprehensive manufacturing capabilities
By integrating self-developed power cores with high-quality supply chains, we aim to create a matrix of intelligent transportation vehicles covering both land and water, meeting diverse travel needs.
Utilizing mature electrification transformation technology, we provide a low-cost dual-fuel (oil and electricity) upgrade solution for fuel-powered buses, aiding in the low-carbon transformation of public transportation.
Integrates power supply, torque, energy, and thermal management, while supporting hill-start assist, one-pedal driving, cruise control, charge wake-up, fault diagnosis, and information processing to ensure safe and efficient vehicle operation.
Supports hybrid, range-extended, DHT, and distributed drive applications, integrating multiple controller types to meet requirements for functional safety, cybersecurity, AUTOSAR, OTA updates, and diverse packaging configurations.
The BMS integrates 24-series voltage, current, and temperature monitoring as well as protection management. It features dual-ADC high-precision sampling and supports coulomb counting, charge wake-up, and 16 layers of safety diagnostics and protection.
The system features a compact axial design and supports vehicle models below the B segment. It integrates dual-motor controllers and a unified thermal management circuit, reducing volume and wiring harnesses while improving packaging feasibility, with fuel savings of 20–40%.
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