
Traditional lead-acid batteries have been widely used in electric forklift scenarios for decades, but they also have many unavoidable limitations in actual daily operation. Users need to arrange special staff to add water for maintenance regularly, check the electrolyte level frequently, and avoid over-discharge that will cause permanent damage to the battery. The average cycle life of traditional lead-acid batteries is usually between 500 and 1200 times, and the continuous output voltage will drop obviously when the power is lower than 30%, which will affect the normal operation efficiency of the forklift.
Replacing lead-acid batteries with 48V lithium forklift batteries can effectively solve the above pain points. Qualified 48V lithium forklift batteries usually have a cycle life of more than 2000 times, and the output voltage remains stable in most of the power range, which can provide consistent power support for the forklift in the whole shift. It also supports fast charging, users can complete supplementary charging during the short break of shift handover, no need to prepare extra spare batteries for replacement, which greatly reduces the occupation of warehouse space.
Before the replacement operation, users need to confirm the matching degree of the battery compartment size, voltage output parameter and the original vehicle control system, to avoid abnormal adaptation problems. Jianshu New Energy can provide professional targeted matching schemes for different types of electric forklifts, including applicable supporting schemes for BYD Forklift products. If you have related demand for replacement or technical consultation, you can send email to 17399989919@163.com to get detailed service support.
After the replacement is completed, users only need to regularly check the connection line tightness and the status of the battery management system, no need to carry out complicated daily maintenance work. From the perspective of full life cycle cost, 48V lithium forklift batteries can effectively reduce the overall operation cost by over 30% compared with lead-acid batteries, which is a very cost-effective upgrade choice for warehousing, logistics and manufacturing enterprise users.
