Light Weight Design
• Chassis design: For sanitation applications, 510L beam steel is used with multi-condition CAE analysis, reducing chassis weight by 5%.
• Reduced leaf spring design: Suspension uses high-toughness 50CrVa spring steel, reducing leaf springs while maintaining load capacity.
• Precise battery capacity configuration: Battery capacity is optimized using sanitation vehicle operation data, reducing chassis weight and purchase cost.
• Integrated design: Structural components and AC/battery thermal management are integrated to effectively reduce system weight.
Self-Developed VCU
• Efficient energy management: Extends range and operation time with smart regenerative braking.
• Cruise control: Maintains constant speed for low-speed sanitation work, reducing driver fatigue.
• PTO control: Adjust in real time via the multifunction steering wheel with driving and stationary modes.
• Online upgrade capability: Enables batch updates for multiple vehicles via a data platform, improving service efficiency.