Overseas industrial scenarios are more diverse and harsh than domestic ones, covering low-temperature cold chain warehouses in Europe and North America, high-temperature factory workshops in Southeast Asia, and open-air port operation scenarios. Traditional lead-acid batteries are prone to rapid capacity attenuation, insufficient power and failure in extreme environments, while industrial lithium batteries achieve stable full-scenario adaptation through professional structural design and BMS algorithm optimization.

1. Low-Temperature Cold Storage Scenario (Common in Europe & North America)

The ambient temperature of cold chain warehouses is usually -20℃ to 0℃. Lead-acid batteries basically fail to discharge normally in low temperature, with a sharp drop in capacity and easy damage. Our forklift lithium batteries adopt low-temperature resistant cell formula and intelligent temperature preheating technology, which can discharge stably in -20℃ low-temperature environments, maintain continuous and stable power output, and fully adapt to food, pharmaceutical and cold storage logistics scenarios in overseas markets.

2. High-Temperature Humid Scenario (Common in Southeast Asia & Middle East)

Long-term high temperature and high humidity weather in Southeast Asia easily cause battery overheating, bulging and thermal runaway risks. Our lithium battery is equipped with a high-precision temperature sensing system and independent heat dissipation structure. The BMS system actively controls the temperature to avoid high-temperature attenuation, and the overall IP54 waterproof and dustproof design adapts to humid, dusty and open-air operation environments, effectively reducing failure rates in high-temperature seasons.

3. Heavy-Duty Continuous Operation Scenario

For overseas ports, large manufacturing factories and high-throughput warehouses, forklifts start and discharge frequently with high load. The industrial-grade BMS independently developed by our company optimizes the high-current discharge algorithm, avoids instantaneous voltage drop and power stall, ensures stable power output during long-term heavy-duty operation, and meets the 24-hour uninterrupted operation needs of global high-intensity fleets.