In recent years, with the increasing global awareness of environmental protection, the demand for new energy vehicles (NEV) has surged. The fuel vehicle production line was understaffed due to the need to deploy staff to quickly set up the new NEV production line. On the other hand, due to the increase in the number of vehicles produced, the operation load of the production line used by NEV/ fuel vehicles has increased,
In recent years, with the increasing global awareness of environmental protection, the demand for new energy vehicles (NEV) has surged. The fuel vehicle production
line was understaffed due to the need to deploy staff to quickly set up the new NEV production line. On the other hand, due to the increase in the number of vehicles produced, the operation load of the production line used by NEV/ fuel vehicles has increased, and the risk of failure caused by gradual deterioration of the equipment has also increased.
Improve maintenance efficiency to ensure stable production
Overburdened shared production lines require more frequent inspections and regular parts replacement, so maintenance efficiency needs to be quickly improved, and the lack of good maintenance personnel becomes a bottleneck. At the same time, the production line used by NEV/ fuel vehicles involves various processes such as painting process and vehicle process, and it is difficult to teach all maintenance skills in a short time. If the maintenance efficiency is allowed to stagnate, the maintenance work of the automobile manufacturing process cannot keep up, and
production cannot be maintained.
Maintenance and renovation can begin tomorrow
Use data to remotely monitor and analyze the present, reasonably capture and determine the reality, and timely carry out on-site maintenance operations.
In addition, through the advanced
condition monitoring of the field equipment at the component level, the installation solution of existing equipment is provided, and the concept of maintenance innovation is easily realized in the near future.
