Against the general trend of low-carbon transformation in the global industrial material handling sector, the BYD full line of LiFePO4-powered industrial forklifts has formed a complete product matrix covering multiple load levels and application scenarios, to meet the diversified operation demands of different industrial and logistics users.

The core power module of this product range adopts mature LiFePO4 power configuration that matches the operation characteristics of industrial forklifts. Under standard working conditions, the power pack supports fast charging at rated current, and can replenish enough power for 4 hours of continuous operation within 1 hour of charging, which can well adapt to the two-shift continuous operation mode of most manufacturing workshops and distribution centers. The long cycle life of the power pack effectively reduces the frequency of power unit replacement in the full operation cycle, eliminating the additional operation and management links such as acid liquid replenishment and special battery maintenance required by traditional lead-acid power units.

For safety performance, the whole series of forklifts are equipped with multi-layer protection logic for the power system, which can respond stably to abnormal conditions such as overcharging, over-discharging and over-current during daily operation. The outer wrapping of the power module meets the high-level dustproof and waterproof standard, which can adapt to the special use scenarios such as outdoor container yards, cold chain storage warehouses and bulk material processing workshops, effectively avoiding the hidden danger of liquid leakage that may occur in traditional power units. No harmful volatile gas will be generated during the daily operation of the vehicle, which can maintain a healthy indoor working environment for operators in the closed warehouse space.

In terms of operation experience and intelligent configuration, the product series is equipped with a built-in kinetic energy recovery system, which can convert part of the kinetic energy generated in the frequent deceleration and downhill driving state into electric energy for storage, further optimizing the overall duration performance under the frequent operation state. The vehicle body adopts humanized ergonomic design for the operation handle, driving space and mast structure, which reduces the long-term operation fatigue of operators and provides a broader view of operation for accurate cargo handling. The built-in vehicle data collection module can synchronize the real-time operation state data to the management terminal, helping the enterprise's operation and maintenance team to find potential hidden troubles in advance and reduce the probability of unplanned shutdown affecting the operation schedule.

The full range of products covers load levels from 1 ton to 16 tons, which can be flexibly selected according to different operation demands of light small cargo sorting in e-commerce warehouses, medium-sized cargo transfer in manufacturing workshops, and heavy large cargo handling in port yards, bringing stable and reliable low-carbon material handling solutions for different industry users.