Compared to traditional lead-acid batteries, lithium batteries offer unparalleled advantages. Forklift lithium batteries, with their short charging time, long usage time, stable performance, ability to withstand high-intensity operations, and high degree of automation and intelligence, have added new momentum to the development of the forklift industry. The most critical factors for lithium batter...

In modern logistics, warehousing, and industrial production, electric forklifts, thanks to their environmentally friendly and efficient performance, have become a valuable aid in material handling. The battery, the "heart" of an electric forklift, is crucial for its proper operation. However, during use, electric forklift batteries can occasionally emit smoke, potentially impacting production sche...

The scientific method for calculating the service life of a forklift battery isn't based on time, but rather on the maximum number of discharges the battery can withstand. The design life of mainstream forklift batteries is generally 1,600 cycles. This means that after 1,600 charge and discharge cycles, the battery's charge capacity drops below 80% of its factory value, and the battery is consider...

In today’s fast-paced logistics and warehousing industry, forklifts play a vital role, and the power source of electric forklifts has become a key decision factor. Battery technology is a core element that directly affects efficiency, operating costs, and productivity. Among the available options, lead-acid batteries and lithium-ion batteries are the two main power solutions, each offering d...

The scientific method for calculating the service life of forklift batteries is not based on time, but rather on the maximum number of discharge cycles the battery can withstand. Currently, mainstream forklift batteries are typically designed for a lifespan of 1,600 cycles. This means that after 1,600 charge-discharge cycles, the battery's charge-holding capacity decays to below 80% of its origina...