Despite the rapid progress made in battery development, there is still room for improvement within industrialization – meaning the production and assembly processes. Increasing cost pressures and ever-shorter innovation cycles make this aspect even more critical within the context of efficient production and the swift commercial rollout of new, high-performance, and more affordable battery systems for electric vehicles, without compromising sustainability.
Potential of Integration
Effective and innovative integration of the cells is becoming more central to the hardware of a battery system. An optimized connection increases effectiveness in relation to the volume and weight of the battery. At vehicle level, the result is a clear improvement in performance, handling, and range.
Dynamic Environment
Swift growth in the market for battery-powered vehicles generates a fast pace of innovation with great technological advances. The aim is not simply to survive in this dynamic environment, but to stay ahead of future developments with consistently high quality standards.
Consistent Sustainability
The ecological impacts of the production, use, and recycling of all products must be taken into account, especially when considering key components such as batteries for electric vehicles.
The Battery Innovation Center (BIC) in Graz is a platform open to customers, which aims to drive the innovation of production processes and further development of batteries and integration concepts. This enables us to process the industrialization of batteries at a previously unknown scale in parallel with product development. The BIC is used as a production line that combines process optimizations with new production technologies and in-line quality checks.
Regardless of the cell type, target voltage, and integration level, we can map all common core processes in module and pack production at stations, some of which are fully automated. Industrial robots perform the individual production steps (such as stacking, laser welding, module assembly, adhesive bonding, electrical assembly, pack assembly) at speeds corresponding to large-scale production of 10,000 pieces/year.
We can produce batteries for you at the BIC all the way from one-off prototypes to runs of several hundred pieces – with full monitoring of defined quality characteristics. It is also possible to implement virtual methods, such as 3D printing of machine components, virtual robot learning, or the use of augmented reality technologies in the assembly process.
Building Battery Prototypes
We are your all-round provider for procurement, assembly, and end-of-line tests for prototypes, as well as types A and B. We work exclusively with quality suppliers. We also have our own workshops in the USA, Europe, and China to build individual modules and packs.
Battery Validation
Our design verification and validation plan (DVP) for batteries conforms to all global standards and provides meaningful coverage of required test criteria. The portfolio in our testing facilities covers everything from calibration of the battery management system to vehicle integration. We also realize completely carbon-neutral testing at our headquarters in Graz.
Global Partner for Battery Tests
We provide our services in the area of battery testing in conjunction with renowned industry partners and scientific institutions around the world. This allows us to cover the entire DVP, making it easier for you to access the resources of the relevant companies and institutions.
Related Topics
We are constantly working on new solutions. The following might be interesting for you:
We drive technological progress at AVL. Based on the individual requirements of our customers, we develop tailored battery solutions for all types of vehicles. Our goal is to meet cost objectives and minimize the time to commercial rollout. AVL covers the complete spectrum of development – from innovation to process development for series production.
AVL enables you to go beyond the limitations of standard cell formats. Electrochemistry, packaging, and safety – all combined with optimal mechanical, thermal, and electrical integration.
Benefit from our engineering expertise throughout the entire battery development process – from the initial idea to SOP and beyond. We offer a comprehensive set of services: in addition to engineering new batteries or derivatives, we support you in setting up cost-optimized, sustainable, and secure series production.
AVL simulation software and methods enable fast and efficient development of no-propagation battery designs, structural cell integration, thermal systems for rapid charging, and many other solutions.
AVL´s intuitive automation system for battery testing, from cell to module and pack.
For battery cell testing, we offer complete test systems, stand-alone equipment, or even entire turnkey test labs.
We offer complete test systems for the testing of modules/packs. Learn more about which hard- and software products are included in our test systems.
