Battery production

When developing manufacturing and process technology, we use a variety of technologies to meet your needs. Regardless of whether you need to evaluate or develop methods for formulating and coating active materials or joining and press forming cells, modules and packs, RISE is available to discuss your specific challenge.

Innovation partnership within battery manufacturing

RISE has a long tradition of developing and implementing manufacturing and process technology together with the industry. We can offer a complete innovation partnership that helps you answer the questions "how" and "why" to speed up the market introduction of your products and at the same time reduce start-up costs. Depending on where in the development cycle your company is, we can offer explicit access to our test and demo facilities or help you set up a publicly funded development and research project.

Below is a summary of the services, expertise and test and demo environments that we offer in the battery area. Click on the links for more information.

Joining, pretreatment and bonding of battery systems

Efficient and reliable battery systems are the key to electrification and the transition to fossil-free vehicles. Joining and gluing play a central role in battery production and battery system assembly. In addition, the selection and design of the correct jointing method is crucial for later disassembly for reuse and recycling of batteries.

We are engaged in pre-treatment, bonding, mechanical joining and hybrid joining methods (combination of different joining methods), which can be used in cell-to-cell joining, module-to-pack joining, battery box structural joining and electrical contacting. With us you will find an industrial research environment for the development of advanced jointing methods as well as dry pretreatment, geometry assurance, automation and digitization.

Read more about our services and expertise under the following links:

Press forming of components

Pressing of components in composite and metallic materials is a process that is well suited for high-volume manufacturing of components such as battery housings, modules and packs. Therefore, RISE has modern energy-efficient presses for testing and developing different types of materials into pressable components. All necessary support functions (design, construction, process simulation, quality control and testing) that support this manufacturing technology are available within RISE.

Read more about our services and expertise under the following links:

AI and Smart Predictive Maintenance

Artificial Intelligence (AI) has revolutionized industries with predictive maintenance, using data analysis and machine learning to proactively perform maintenance before equipment failures occur. In the battery industry, our AI-driven solutions at RISE help optimize operations, reduce costs, and minimize downtime. Our proprietary technology analyzes battery data, predicts issues, and extends battery lifespan.

Contact us to learn more and achieve your business goals with our cutting-edge solutions for battery maintenance. Learn more about our expertise and services in the following links:

Disassembly for repair, reuse and recycling

Today's battery systems are connected by e.g. gluing, mechanical joining and welding. In order to enable service, repair and a circular flow of the batteries, disassembly of joints and subsequent reassembly needs to take place in a durable, safe and reliable way and needs to ensure the battery's function for the next step in the value chain.

RISE is involved in the dismantling of joints and performs research linked to e.g. demountable adhesive joints and disassembly and reassembly of screw connections. RISE can develop safe and industrial solutions where jointing, disassembly and reassembly go hand in hand.

Learn more about our expertise and services in the following links:

Would you like to know more about what RISE can do for you within the battery area? Read more on our landing page for batteries at RISE.

Batteries at RISE