Morrow joins forces with SEEL to enhance LNMO battery cell technology within the framework of the European Interoperable Powertrain Consortium (IPCEI)
Morrow Technologies AS and SEEL Swedish Electric Transport Laboratory AB have joined forces in a strategic partnership to advance Lithium-Nickel-Manganese-Oxide (LNMO) battery cell technology. This collaboration, part of the Important Projects of Common European Interest (IPCEI) initiative, aims to strengthen Europe’s battery technology and infrastructure [1][2].
The focus of the partnership is on designing and validating advanced accelerated ageing protocols for LNMO battery cells. These protocols will enable faster and more accurate predictions of battery lifespan and performance under real-world conditions, a crucial step towards the commercial rollout of next-generation batteries for electric mobility and energy storage [1][3].
Ankit Singh, R&D Manager at Morrow, commented that the agreement is a vital step in accelerating the commercialisation of next-generation LNMO batteries. Co-Founder and Chief Science Officer, Jon Fold von Bülow, reiterated that the collaboration with SEEL will move faster and deliver better battery solutions, as previously stated [1][3].
SEEL contributes its state-of-the-art testing facilities to the partnership, while Morrow brings its expertise in cell development. RISE Research Institutes of Sweden supports the project, aiming to develop new product validation methods [1][3]. Dr. Martin G. H. Gustavsson, Research Director at SEEL, expressed confidence that the combination of SEEL's advanced test facilities with Morrow's LNMO chemistry work could set new standards for battery reliability and sustainability.
Lars Fast, a Researcher at RISE, believes the close collaboration between RISE, SEEL, and Morrow could accelerate the development of methods for validating products through advanced testing. The joint efforts are expected to enhance Morrow’s technical capabilities and contribute to a more competitive European battery value chain [1][3].
The project is expected to shorten development cycles and deliver safer, more reliable battery solutions. The collaboration aims to further strengthen Europe's battery technology and infrastructure [1][2]. According to Lars Fast, this collaboration could lead to a significant reduction in the time it takes to bring new battery technologies to market, making electric mobility and energy storage solutions more accessible and affordable [1].
This strategic partnership is a significant step towards achieving Europe’s goal of becoming a global leader in battery technology. With the increasing demand for electric vehicles and renewable energy storage, the need for advanced and reliable battery solutions is greater than ever [2]. By working together, Morrow, SEEL, and RISE aim to contribute to a more sustainable and efficient energy future.
References: [1] Morrow Technologies AS. (2023). Press Release: Morrow Technologies and SEEL Swedish Electric Transport Laboratory Collaborate to Advance LNMO Battery Cell Technology. Retrieved from [www.morrowtechnologies.com/news](http://www.morrowtechnologies.com/news) [2] European Commission. (2021). IPCEI: Important Projects of Common European Interest. Retrieved from [ec.europa.eu/info/business-economy-euro/strategy/research-innovation/key-eu-research-and-innovation-programmes/horizon-2020/important-projects-common-european-interest_en](http://ec.europa.eu/info/business-economy-euro/strategy/research-innovation/key-eu-research-and-innovation-programmes/horizon-2020/important-projects-common-european-interest_en) [3] SEEL Swedish Electric Transport Laboratory AB. (2023). Press Release: SEEL and Morrow Technologies Collaborate to Advance LNMO Battery Cell Technology. Retrieved from [www.seel.se/news](http://www.seel.se/news)
In the collaborative effort between Morrow Technologies and SEEL Swedish Electric Transport Laboratory, the focus lies on employing advanced accelerated ageing protocols for LNMO battery cells to improve predictions of battery lifespan and performance, a key aspect in technology and science. The alliance, driven by the IPCEI initiative, aims to enhance Europe's battery technology and infrastructure through the fusion of SEEL's testing facilities and Morrow's cell development expertise, contributing to a more sustainable and efficient energy future.
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