The old and new factory areas take into account both internal and external operations, and the matching plan of electric fuel forklifts

When both internal and external operations are taken into account in old and new factory areas, there are significant differences in the operating requirements of different scenarios. The scientific combination of electric and fuel forklifts can effectively balance efficiency, cost and environmental protection requirements.

The core differences between the old and new factory areas

Old factory areas are often built earlier and the infrastructure is not perfect, especially the charging supporting facilities may have insufficient quantity and unreasonable layout problems, and some outdoor operation areas have complex road conditions and more heavy-duty transportation needs. New factories are usually equipped with a complete charging network, and the indoor operation space is regular, which requires higher environmental protection. The needs of internal and external operations are also different. Indoor operations need to avoid exhaust emissions and ensure the air quality of the operating environment. Outdoor operations may involve long-distance transportation and heavy-duty handling, which require higher vehicle endurance and power performance.

The core idea of matching electric fuel forklifts

Electric forklifts are preferred for indoor operations. Whether it is a standard warehouse in the new factory area or a closed workshop in the old factory area, the characteristics of electric forklifts with zero exhaust and low noise can meet environmental protection requirements. At the same time, in a regular working space, short-distance round-trip transportation needs can also be guaranteed by rationally planning charging points. Outdoor operations are flexibly matched with fuel forklifts. For heavy-duty transportation in the old factory area, long-distance operation, and temporary large-load handling needs in the new factory area, the advantages of fuel forklifts with strong power and unrestricted battery life can be fully exerted. In addition, a cross-plant linkage deployment mechanism should be established to dynamically adjust the use area of the two types of forklifts according to the daily operation volume to improve equipment utilization.

The landing value of the matching plan

Optimize operating costs: Electric forklifts have lower energy costs in indoor high-frequency operations, while fuel forklifts avoid additional investment in areas with insufficient charging facilities, and the combination of the two can effectively control the overall operating costs. Improve operating efficiency: Forklifts adapted to different scenarios can reduce operation waiting time. For example, electric forklifts do not need to be refueled frequently, and fuel forklifts do not need to be charged halfway, which accelerates the overall operation turnover speed. Meet environmental protection requirements: indoor zero emissions ensure the health of employees, and outdoor rational use of fuel forklifts can also reduce pollutant emissions through standardized operation, which is in line with current environmental protection policies.

Overall, when considering both internal and external operations in old and new factories, the scientific combination of electric and fuel forklifts is not a simple superposition of equipment, but an accurate adaptation based on scene requirements, which can help enterprises achieve the optimal balance between operational efficiency and operating costs.