Last-Mile Delivery EV Demand Drives High-Discharge Lithium Battery Upgrade
Global food delivery and e-commerce logistics industries are pushing rapid iteration of high-load electric cargo two-wheelers and tricycles, placing higher requirements on lithium battery continuous discharge performance. Traditional civilian batteries fail to sustain 8–12 hours of full-load daily operation, suffering from severe overheating and fast capacity decay under frequent climbing and heavy cargo conditions.
New-generation high-rate discharge cell formulas optimize internal thermal balance structures inside PACK modules, effectively dissipating heat during long-hour high-current output and lowering thermal runaway risks in summer high-temperature environments. Modular swappable battery designs support energy replenishment within 3 minutes, removing long fixed charging downtime that restricts courier order volume. Reinforced anti-collision battery shells resist scratches and extrusion during crowded urban road riding.
Vehicle frame structures are also upgraded to match logistics scenarios. Thickened robotic welded frames pass 300,000-cycle fatigue testing, carrying large insulated food boxes and multi-layer parcel racks without deformation. High-torque motor output maintains stable power output under full cargo load, solving the common climbing power loss problem of ordinary delivery vehicles.
All finished delivery fleets undergo 85°C/85% humidity aging testing before leaving factories, adapting to rainy and humid urban working conditions. Complete international certification packages support bulk export to Southeast Asia, Europe and Latin American logistics markets. Fleet operators gradually replace fuel-powered delivery vehicles with electrified fleets to cut long-term fuel and maintenance expenditure, forming sustained growth momentum for high-load battery and cargo vehicle production.
