Rockwell Automation

Global demand for batteries is increasing, primarily driven by the imperative to reduce climate change through electrification of mobility and the broader energy transition. Building a giga-scale production plant to meet this demand requires smart and scalable production strategies that facilitate end-to-end growth from the start and one way to achieve this is to utilize IoT technologies. 

Nothing smaller than gigafactories can produce the billions of watts of energy needed to power the world’s electric vehicles. To keep up, we will need 100 new gigafactories over the next ten years. To ensure that these factories are fully optimized manufacturers are turning to IoT solutions. Three IoT technologies from Rockwell Automation can assist battery manufacturers – manufacturing execution systems (MES), digital twin technology, and Independent Cart Technology.

Enable End-to-End Connectivity with MES

A gigafactory utilizing MES and other smart, connected technologies can drive operational excellence, demonstrate regulatory compliance, and enable workforce productivity. MES is the cornerstone of successful gigafactory operations. MES sits between business systems and the plant floor, integrating and sharing information to manage production orders and critical quality issues. Despite the complexity of battery production, an MES can establish a digital genealogy for each battery cell and then track and trace it, beginning with raw materials and through the electrode, cell assembly, and activation processes.

An MES system can also enhance workforce productivity with integrated analytics and digital visual support tools, like augmented reality (AR), as well as modeling and simulation tools to test what-if production scenarios offline. Digitalized businesses respond to market demands faster, and an MES is crucial. Using an integrated MES allows organizations to visualize the entire gigafactory and achieve intelligent operations early on in the project, saving time and money in the long run.

Innovate digitally to meet demand

Simulation software and digital twins are crucial technologies that allow battery manufacturers to overcome shortened project timelines, change production requirements, and improve production capabilities. A digital twin allows plant operators to precisely test scenarios in the digital domain, enabling continuous improvement of life-long assets. 

“Despite the complexity of battery production, an MES can establish a digital genealogy for each battery cell and then track and trace it, beginning with raw materials and through the electrode, cell assembly, and activation processes.”

Emulate3D™technology is PLC and CAD agnostic to provide the best virtual commissioning solution to a wide range of users. Emulate3D™ has various standard tools that allow manufacturers to build the plant layout and rapidly reach the point where there is a system that starts to represent something real. Once you finish the initial demonstration phase, you can render an actual model using a standardized machine and code to show concepts and communicate ideas to ensure all project stakeholders share the same concept and vision. The possibilities emulation and digital twin software hold for industrial machine design and how the technology can drive collaboration for EV and battery makers, are limitless. 

Positioned for Success

Smart conveyance provides value by combining several features into one platform, boosting performance and productivity over traditional conveyance. Linear motor technology powers the MagneMotion® Independent Cart Technology platform. The result is a servo system that gives you individual product control, programmable position, speed, and acceleration, and it’s highly flexible in terms of scalability and process flows. This system now enables the fast, adaptable, and customized operations that the market demands.

ICT provides an essential piece of factory workflow in battery assembly. With a connected, streamlined production system in place, manufacturers can deploy customized, connected, intelligent technologies that allow production to run faster, with more flexibility, and with more significant savings. 

The integration of innovative IoT technologies such as MES, digital twins, and Independent Cart Technology (ICT) is proving to be the key to success. These technologies offer the potential to optimize production, ensure a consistent supply of batteries, and facilitate the transition to cleaner, greener mobility solutions.

As we embrace these innovations, we are not merely smoothing the path for gigafactories; we are paving the way for a more sustainable, electrified future that is both economically viable and environmentally responsible. The road ahead is challenging, but with these technologies, we are well-equipped to meet the demands of the electrified world and drive positive change for generations to come.