High-Efficient E-Power
● Single Motor System
Simple structure, easy maintenance. Ideal for light-to-medium duty applications in sanitation, specialized engineering,
steel/aggregate transport, coal transport, and port logistics.
● Dual Motor System
Robust power and high torque. Perfectly suited for heavy-duty operations in engineering projects, mine logistics, and
high-demand port transport.
● E-Axle System
High integration, superior transmission efficiency, minimal chassis footprint. Best for applications requiring optimal space
and efficiency, such as sanitation, medium/long-haul standard-load transport, daily industrial use, and express logistics.
Comprehensive Battery Solution
SHACMAN delivers a multi-source battery solution combining industry-leading external brands (such as CATL) with our
proprietary self-developed battery technology. We support both 600V and 800V voltage platforms, offering a total battery capacity
range from 200 to 800kWh. This entire matrix covers the specific usage needs of every niche segment with granular capacity
steps of 30kWh and 50kWh.
Multi-Format High-Efficiency Energy Replenishment
● 400kW Rapid Charging
Maximum input current of 300A. Reaches full charge in just 1-2 hours. Real-time monitoring of vehicle BMS data ensures charging is safe and hassle-free.
● 720kW Liquid-Cooled Ultra-Fast Charging
Dual charging guns provide a maximum input current of up to2200A, achieving a peak power of 720kW. Supported by a liquidcooling system to maintain high-power replenishment forextended periods.
● Battery Swap: 5 Minutes for Full Power
SHACMAN supports both rear-mounted and bottom-mountedbattery swap forms, easily adapting to different workingconditions. Start with a full charge after just a coffee break.
Integrated electric drive control technology
By integrating the motor controller, drive motor, and transmission structure, SHACMAN has achieved theindustry's first integrated MCU (Motor Control Unit) and TCU (Transmission Control Unit) in thecommercial vehicle sector. This innovative design effectively minimizes potential failure pointsFurthermore, the built-in three-phase high-voltage power lines significantly reduce electromagneticinterference.
