Liansu Group provides high-quality home and commercial AC/DC charging piles, ensuring safety, reliability, and addressing EV charging concerns with a proven track record in major national projects.

This 6.6kW water-cooled OBC + DCDC charger provides high-efficiency, reliable EV charging with bidirectional power, enabling vehicles to act as mobile power sources.

The 3003-H14 aluminum case enhances safety, corrosion resistance, and longevity of new energy vehicle blade batteries, offering high-quality, cost-effective manufacturing.

Aggregated Charging Platform connects 30,000+ stations and 600,000+ charging piles across 400+ cities, offering safe, convenient EV charging and smart operation services.

The 3.0/3.0T V6 7e-DCT hybrid powertrain delivers 260 kW and 510 N·m, offering large-displacement hybrid systems and range extenders for pickups, off-road, and passenger vehicles.

Automatic Charging Robot enables stations to find vehicles, providing seamless, fully automated EV charging even when charging points are limited.

EVCC controller supports European, American, and Chinese charging protocol conversion, ensuring seamless electric vehicle charging and fast overseas market entry.

TAIPS is the first elastic-wave-based touch sensing system enabling full-vehicle tactile perception for L4 autonomous driving, micro-collision detection, pedestrian protection, and enhanced vehicle safety.

Raysees Digital Chassis integrates all controllers into a CCU, featuring motion vector control, compact multi-phase motors, and a highly flexible skateboard platform for sedans, SUVs, and autonomous vehicles.

Advanced electric drive assembly and testing line with high efficiency, precision, and low noise. Ideal for stator winding applications in mild hybrid and plug-in hybrid systems with huge market potential.

High-precision CS-IMSNPC system for diode, MOSFET, IGBT, SiC module reliability testing with multi-channel control and long-term verification.

High-performance drive motor main shaft for EVs, enhances 400V electric drive stability, reduces power loss, and optimizes NVH below 75 dB.