Facility operation teams are responsible for building stable, low-risk operation environments for all on-site handling activities, and standardized forklift battery storage is a critical segment that directly impacts both personnel safety and long-term operation efficiency. Before setting up dedicated battery storage zones, facility teams need to carry out systematic, targeted research to avoid hidden hazards caused by unaligned operation rules.

First, teams should conduct full research on local regulatory and industry standard requirements for forklift battery storage. Different administrative regions have clear rules on fire prevention spacing, maximum storage capacity per independent zone, and accessible emergency exit settings for different types of industrial batteries. Teams need to cross-verify the latest released industry guidelines and local work safety clauses, to make sure all basic configurations of the storage zone meet mandatory requirements, no arbitrary adjustments are allowed to the core safety indicators to save short-term costs.

Second, teams need to finish the site-specific condition research for their own factory areas. They should evaluate the natural ventilation level of the candidate storage zone, check the load-bearing capacity of the ground to support long-term placement of heavy industrial batteries, and set up proper containment structures for possible liquid leakage risks. They also need to calculate the safe distance between the battery storage zone and other flammable material storage areas, and reserve enough space for operators to carry batteries in and out smoothly without blocking public access channels.

Third, teams should research the reasonable configuration of supporting safety facilities for the storage zone. They need to confirm proper types of fire suppression devices that match the battery category stored, place necessary personal protective tools nearby for emergency response, and arrange obvious, easy-to-read warning signs to mark the restricted access scope of the zone. Teams should also clarify the placement position of emergency response supplies, to make sure all related personnel can find them in the shortest possible time when accidents happen.

Finally, teams should research the supporting daily operation rules that fit their on-site workflow. They need to set clear limits for maximum stacking height of idle batteries, arrange regular patrol check cycles for the storage zone, and confirm the temporary storage rules for end-of-life batteries before professional recycling. All these verified rules can be integrated into the facility’s daily operation management system, to help maintain long-term stable and safe operation of the whole site.