Expertise in batteries

RISE Battery Lab offers comprehensive capabilities for lab scale cell assembly and prototyping using methods similar to those used in the industry. The lab is part of a larger R&D cluster with access to broad expertise in materials and electrochemistry for the evaluation of battery materials and co…

RISE offers comprehensive slurry formulation and engineering solutions, with a well-equipped formulation lab and a team of experts who can optimize slurry rheology, particle sizing, stability, and sedimentation times.

RISE is at the forefront of active materials and feedstock research for advanced battery technologies. Our expertise spans a wide range of battery chemistries, including lithium-ion, sodium-ion, solid-state, dual-ion batteries, and supercapacitors.

RISE has extensive research and development activities in the battery area. Our resources cover the entire value chain, from material to product and from use to second life.

With large-scale energy systems based on renewable, variable energy production, solutions are needed to store electricity in large quantities. Battery parks and battery storage are an enabler for reducing the need to import electricity when electricity consumption does not match electricity product…

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 y…

Batteries are vital in securing the transition to a fossil-free, electrified society. Finding sustainable material solutions is crucial – accessing critical raw materials and developing new, high-performance, sustainable material solutions.

Recycling and circularity are natural steps when society moves towards a circular economy. In a circular economy, products get new life after their first use. The products can either be used in a new application, or materials can be recycled and reused as raw material for new products.

In battery testing, we use a variety of testing methods to be able to meet your needs. Do you want to test the performance and aging progress of batteries through cycling tests? Or do you want to analyze what happens when the batteries are damaged and catch fire? We can help you.

Multi-physics simulations together with full-scale testing is a cost-effective method for designing safer batteries. RISE is expert in this area.

We empower your business with Artificial Intelligence, Machine Learning, and Digitalization to optimize battery management & cell manufacturing. Our innovative solutions enhance performance, extend battery lifespan, improve reliability, & ensure safety for both mobility and stationary applications,…

Electrification of the vehicle fleet is taking place at an increasing pace. A main driver is environmental protection, since there are no emissions at all during propulsion. Emissions and impacts in other parts of the life cycle can be assessed with life cycle assessment, LCA, in order to focus imp…