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Meillä on teknisiä ongelmia. Emme ole pystyneet vastaanottamaan lomakettasi. Pahoittelemme ja pyydämme yrittämään uudelleen myöhemmin.


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Sustainable Manufacturing

Fuelling the success of local battery cell production

Julkaistu 20. syyskuuta 2021: Sustainable Manufacturing

What should automotive and battery production companies pay attention to in order to make their production more innovative and competitive? Here are five tips for more future strength for the industry.

Expert and automotive manufacturers alike agree that e-mobility is the future. Batteries and battery manufacturing are central to this development. In this context, the global market for lithium-ion batteries is expected to grow from 44.2 billion US dollars (2020) to 94.4 billion dollars (2025). The transformation of the automotive industry from internal combustion engines to battery or hydrogen-powered fuel cells is presenting companies with immense challenges.
In addition, the Covid-19 pandemic has decreased sales, emissions regulations have become more strict, and there is a demand for more digitization and sustainability, and companies are facing changing consumer needs and a shortage of skilled workers.
In an effort to contribute to society and improve lives, OMRON aims to support companies in the industry to become more efficient and sustainable. The focus is on innovative production lines and automation technologies that help secure competitive advantages and to act “greener”. 

Sustainability is key in battery production "made in Europe"

According to current research, most of the battery cells used worldwide still come from production facilities in Asia. Politicians and business will want this to change soon in order to strengthen the competitiveness of the European e-mobility industry. In Germany for example, the Federal Ministry for Economic Affairs and Energy is funding research and development projects from industry-led associations as well as individual industrial projects.
How can automotive players identify and implement new, transformative production technologies to enable the cost-efficient production of high-quality e-mobility products? Sustainable battery production relies on a well-thought-out interaction between humans, machines and robotics for more flexibility, increased digitalization and the use of artificial intelligence for continuous process optimization. The concept and technologies of the Smart Factory are an important basis for future-oriented strategies that enable European automotive players to secure advantages. Parallel to the expansion and conversion to new drive technologies, they make it possible to comprehensively modernize production and to rationalize supply chains from the ground up.

Smart Factory: Venture new production models and technologies

Smart Factory, summarized as future-oriented and flexible concepts for the manufacturing of the future with well-known topics such as continuous digital supply and value chains, more agile process flows as well as the close connection of production, quality (avoidance of rejects and waste), customer needs and life time traceability harmonize. These are all tools to be able to survive in the market, to act more profitably, more sustainably, faster and safer, to stand out from the competition. There are also other trending topics such as digitization, track and trace, value chain participation and improved networking. Predictive maintenance, predictive quality, integrated production planning and process visualization will also be taken into account in the smart factory of the future. OMRON answers this need with its innovative-Automation! Model.

Five tips for more future strength:

What should automotive companies pay attention to in order to make their production more innovative and competitive?
  1. Rely on edge computing: Machines can be coupled better than ever before, and data can be collected, structured and analysed at the edge using powerful sensor technology.
  2. Use sensor technology: Remote services and the integration of additional sensor technology for missing data points, machine identification, cybersecurity, but also the use and conversion of data and communication protocols are advisable.
  3. Drive human-machine collaboration: Mechatronics and IT solutions are increasingly merging and, in interaction, support more efficient and flexible production processes. Concrete examples of applications are smart new industrial robots, mobile robots but also cobots that work hand in hand with the employees in the plant.
  4. Bring together components of modern production processes in the cloud: By doing so, you benefit from central and transparent monitoring of all machines, systems and components through control based software modules or cloud-based functions, for example in terms of asset management, condition monitoring, predictive maintenance or remote services.
  5. Use Augmented Reality (AR) as a further building block of the smart factory: You can gain additional computer-generated information and virtual objects complement live images or videos, which gives you an extra level of information, support and know-how.
The flexible, autonomous control and optimisation of production processes are still in their infancy in many places. But those who already explore the possibilities today and take the first steps in this field can position themselves well for future requirements. OMRON’s global automation experts focus on integrating cutting-edge AI technologies into electromobility manufacturing and production systems to improve stability and flexibility. These manufacturing qualities are critical to ensuring the industry’s productivity and competitiveness so that Europe can maintain its leadership in providing high-quality technologies and products for electromobility. 
OMRON and its partner network offer established technologies as well as transformative solutions that meet the specific needs of the European e-mobility manufacturing industry. AI-driven predictive quality and response capabilities help machine operators to detect and respond to changes in critical parameters in real-time before product quality suffers. In addition, AI helps uncover interrelationships between product and process steps, providing valuable insights that can be incorporated into new product designs and optimised production strategies. Flexibility is achieved through AI-driven production line changeovers that help operators configure lines to accommodate new product formats. Reduced changeover time between product formats increases line uptime and reduces waste.

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  • Henry Claussnitzer

    Henry Claussnitzer