Narrow-aisle warehouse layouts are widely adopted by modern logistics and manufacturing storage scenarios to maximize unit area storage density, as they cut down redundant passage space setting compared with traditional wide-aisle designs. Selecting proper material handling equipment that matches pre-set aisle parameters directly influences the overall operation fluency and space utilization rate of the whole storage site.

For conventional 1.8-meter narrow aisle layouts, the BYD lithium-ion reach truck can complete full pallet stacking and picking operations without extra reserved operation redundancy, which leaves more available storage position space for the warehouse. Its built-in lithium-ion power system supports opportunity charging, so operation teams can arrange 10 to 15 minutes of charging during daily shift breaks to maintain full-shift stable output, and there is no need to arrange extra special battery replacement zones that occupy the limited warehouse area.

In actual long-term site operation statistics, when matched with 10-meter-high shelf layouts, this type of reach truck can maintain a stable handling cycle of 12 to 15 pallets per hour, and the operation accuracy of goods access at high positions keeps at a reliable level under the assistance of precise mast control. For daily continuous operation scenarios of 8 to 10 hours, the heat dissipation performance of the whole machine keeps stable running state without abnormal shutdown caused by long time continuous load.

For layout optimization reference, operation teams can set the goods temporary storage zone at the end of each aisle according to the actual turning radius parameter of the reach truck, to avoid operation conflict between outbound temporary storage personnel and handling equipment in the main passage. The lithium power unit also avoids potential heavy metal leakage risks, which fits the closed narrow aisle indoor environment well, so no extra special exhaust or protection facilities need to be arranged in the narrow passage space. It is worth noting that actual site performance will also be affected by operator proficiency, goods specification and shelf installation accuracy. Operators can conduct small-scale trial operation in the planned new layout section first, to adjust equipment operation parameters and walking path, so as to realize balanced optimization of storage density and operation efficiency.