BYD ECB27 battery life and replacement cost related instructions

Battery normal service life performance

Life Reference under Conventional Operating Conditions

Under the use scenario that meets the product operating specifications, the daily operation time is kept within the design load range, and the basic appearance cleaning, charging and discharging control are regularly completed. The number of cycles of charging and discharging of the ECB27 supporting power battery can meet the design standard requirements, and the capacity decay rate is gentle. Under normal circumstances, it can support stable operation requirements for many years, meeting the use requirements of the vast majority of warehousing and short-distance transshipment scenarios.

Core factors affecting actual lifespan

The actual service life is not a fixed value, and it will be affected by multi-dimensional usage habits. Long-term over-charging and discharging operations, long-term operation in extreme environments beyond the appropriate temperature range, long-term idling without regular replenishment as required, and daily bumps that cause damage to the battery protective layer will accelerate the battery performance attenuation and shorten the actual service life of the battery.

Battery replacement cost related instructions

The core components of replacement costs

The battery replacement cost of compliance is mainly composed of three parts, namely, the procurement cost of the same specification of the battery pack, the matching debugging cost of the supporting battery management system, the labor service cost of professional and technical personnel to complete the disassembly and testing, and the service pricing in different regions. Different customized adaptation needs will make the final replacement total cost in a reasonable floating range, and there is no uniform fixed value.

Ways to reduce the cost of full-cycle use

Users can regularly go to authorized service outlets to complete battery health testing by following the standard charging and discharging process, and adjust usage habits or perform operation and maintenance optimization in time when there is a slight performance degradation, which can effectively delay the battery decay rate, greatly prolong the normal battery life cycle, and delay the replacement of nodes, thereby reducing the overall cost of use throughout the life cycle of the electric forklift.