Introduction of BYD CPD35 forklift fast charging technology, reference for vehicle energy replenishment efficiency

Core features of fast charging technology

Adapting multi-scenario complementary logic

The fast charging system equipped with this electric forklift adopts a targeted and optimized electronic control matching strategy, which can start the replenishment process without waiting for a long time. It is fully adapted to the scattered intermittent periods in the operation process of the factory. There is no need to specifically reserve a large block of charging time, and there is no need to make additional adjustments to the power components inside the vehicle. It can directly start the fast charging mode and reduce the operating threshold of the replenishment process.

Actual Supplementary Energy Efficiency Reference

Performance of supplementary energy under different working conditions

In a standard civilian industrial power environment, it takes a short time to charge the remaining power of the vehicle from 30% to 80%, which can fully cover regular rest breaks such as changing the guard and eating. After the replenishment is completed, it can support several hours of continuous handling operations. Adapt to the rhythm of two shifts of conventional logistics operations. Users can combine their own operation intensity to calculate the supplementary energy consumption in the corresponding scenario, and make shift planning in advance to meet daily operation needs without the need to configure too many spare vehicles.

Tips for using the supplementary link

Key points for daily operation and maintenance

When using the fast charging function, it is necessary to match the corresponding charging equipment that meets the specifications, and regularly check the cleanliness of the charging interface to avoid the accumulation of debris and water vapor affecting the smooth charging connection. During daily use, the replenishment node can be arranged during the low peak period of operation to further reduce the idle time of the vehicle, maximize the actual value of the fast charging technology, reduce the comprehensive use cost of the fleet, and improve the overall operating efficiency.