Prefabricated concrete workshops often have limited space, dense material stacking, and possible residual concrete residue on the ground. This type of transport vehicle relies on battery power supply and does not require external cables, freeing itself from the site limitations caused by cable dragging. It can flexibly shuttle along preset tracks in the workshop, accurately docking different workstations such as mold storage area, pouring area, and maintenance area. Even in scenarios where temporary stacking of prefabricated components in the workshop leads to narrow passages, the compact design and track guidance ensure stable passage, ensuring efficient circulation of molds (especially large concrete prefabricated component molds) and avoiding production rhythm disruptions caused by power supply line obstacles.

Prefabricated concrete production is mostly done in batches, and mold transportation is not carried out continuously for 24 hours, with a certain period of downtime. The battery based design allows for flexible charging according to the pace of work, avoiding energy waste caused by long-term standby of traditional cable powered equipment. At the same time, compared to power supply methods such as cable reels, the maintenance of battery components is simpler, without the need for frequent inspections of cable wear, loose joints, and other issues (especially in environments with high levels of concrete dust, where cables are prone to pollution and aging), reducing equipment maintenance downtime and indirectly improving the overall production efficiency of the workshop.