PCI-7811R It is not difficult to find that in all aspects of the life sciences industry, the definition, control and empowerment from software have become indispensable, which vividly explains the innovative development trend of digitalization and software-defined automation in this industry. In the daily operation process, staff at different levels and in different positions have different requirements and application perspectives for software. This time, Schneider Electric displayed a series of advanced core industrial software such as EcoStruxure open automation platform, AVEVA PI System operational big data management platform, and AVEVA UOC integrated operation Center in the “central control room” throughout the park.
In this regard, the AVEVA integrated operation Center can be described as a “system on top of the system”, which can collect and summarize data from enterprise-level, factory level to workshop level in the factory, providing information support and decision support for enterprise-level managers. The EcoStrPCI-7811R uxure open automation platform can help users realize the “plug and play” of automation equipment, as well as drag-and-drop graphical programming, and simulate the production line. Moreover, this platform, based on the concept of open automation, can support any automation product that complies with the IEC61499 standard without discrimination, providing users with a variety of choices across vendors.
See the big picture from a corner: Innovation trends map the industrial landscape of the future
It can be said that Schneider Electric’s innovative display for the seven sectors of the life sciences industry coincides with the latest trends in the industrial sector presented throughout the Hannover Fair. The digitalization, automation, and electrification innovation trends from a corner of the life science industry depict the global picture of the entire future industry.
First of all, the innovation results of a new generation of digital technologies such as aPCI-7811R rtificial intelligence have been rapidly and deeply integrated into a wide variety of industrial scenarios and applications in all walks of life, accelerating the release of its huge potential. Only in the life science industry that Schneider Electric focuses on, artificial intelligence has shown excellent value in many aspects such as operation management assistance, safety monitoring, human-computer interaction, and will certainly play a role in a broader field in the future.
Secondly, sustainable development will be more deeply embedded in the industrial scene and become an indispensable consideration for future industrial transformation. Especially in the Chinese market, which continues to promote the “dual carbon” goal and energy transformation, and stimulate the momentum of circular economy with large-scale equipment transformation, all walks of life science and other industries are expected to further promote the integration of green energy management and green intelligent manufacturing, and better promote low-carbon sustainable development from a more holistic and long-term perspective.
In the future, innovation and change will continue to be the main theme of the life science industry. We also look forward to more industry enterprises to join us and become “influence creators”, jointly driving the digitalization and green and sustainable transformation of the industry with innovation, and depicting a beautiful future industry picture.
