In a large aircraft manufacturing company, the forgings on the production line are an important part of the aircraft, and the production of these forgings requires the use of a large number of heavy equipment, including electric screw presses. However, the energy consumption of these devices has always been a big problem for companies, because it is not only related to production costs, but also to the sustainable development of the company.

To solve this problem, the company decided to introduce an energy visualization system for electric screw presses. The system monitors the energy consumption of the equipment in real time, turning the data into a visual graph that gives both operators and managers a clear picture of the energy usage of the equipment.

In the actual production process, this system brings significant advantages.

One day, Xiao Zhang, a worker on the production line, was operating the electric screw pressure machine when he found that the data displayed on the screen of the energy visualization system suddenly appeared abnormal. He noticed that the energy consumption of the equipment suddenly increased a lot, and this lasted for several minutes. Xiao Zhang immediately realized the seriousness of the problem, because it not only means that the energy efficiency of the equipment is reduced, but also can lead to damage to the equipment.

Xiao Zhang immediately reported the situation to the management, who, by looking at the data of the visualization system, found that the problem was caused by an improper setting of a parameter on the device. They immediately made adjustments to the equipment and soon reduced the energy consumption of the equipment back to normal levels. Avoid possible equipment damage and production interruption problems.

This incident made the company more deeply realize the importance of energy visualization system of electric screw press. Through this system, enterprises can not only monitor the energy consumption of equipment in real time, but also find problems and make adjustments in time, so as to ensure the normal operation of equipment, reduce production costs and improve production efficiency.

In addition, through the analysis of historical data, enterprises can also understand the energy consumption trends of equipment, predict future energy demand, and provide data support for energy planning and purchasing decisions of enterprises. This makes enterprises more competitive in the competitive market, and also provides strong support for the sustainable development of enterprises.

Overall, the electric screw press energy visualization system brings significant advantages in the production process of aircraft forgings. It improves the energy efficiency of equipment, reduces production costs, improves production efficiency and enhances the competitiveness of enterprises. At the same time, it also promotes the green production of enterprises and provides strong support for the sustainable development of enterprises.