Funding, grants, subsidies.

Project Summary:

Giga Arctic aims to establish a state-of-the-art lithium-ion battery giga factory with an annual capacity of 29 gigawatt hours (GWh) in Mo I Rana, Norway. The factory will use a unique cell manufacturing technology that does not require binders and hence reduces the number of manufacturing steps. Giga Arctic battery cells will be deployed in energy storage systems, which are key to providing stability and flexibility in green energy systems that are built on renewable energy sources. The project is expected to lead to a 100% relative greenhouse gas (GHG) emission avoidance compared to the reference scenario. Giga Arctic introduces a leap forward in battery manufacturing efficiency, combining a novel battery cell manufacturing technology with a bespoke, state-of-the-art production facility. It will deploy 24M’s cell manufacturing technology currently tested at pilot scale, to produce premium batteries at significantly reduced cost and with equally reduced footprint. The core innovation is a battery structure which eliminates the use of binder and solvents in the production process and subsequently eliminates the need for a drying process. The process reduces the use of non-active materials by allowing thicker electrodes than conventional technologies. This reduces energy consumption, investment cost (CAPEX), factory footprint and material input compared to current state-of-the-art processes. With a capacity of 29GWh, Giga Arctic will avoid 27.8 million tons of CO2 equivalent absolute GHG emission avoidance over the first ten years of operation. The project contributes to key energy, climate and industrial policy objectives by enabling the uptake of clean and efficient (in terms of energy and resources) battery manufacturing capabilities in Europe. The project accelerates the establishment of a European battery value chain, contributing to strategic autonomy objectives and European technology leadership on battery cell manufacturing. The project also drives the development of a clean battery value chain by boosting energy efficiency, circularity and responsible sourcing. As a key impact, Giga Arctic supports the deployment of renewables and the green transition by providing novel, cost-efficient, high-performing energy storage solutions. Giga Arctic establishes a Nordic-centric supply chain for batteries and advance battery recycling through partnerships in the value chain. Giga Arctic is expected to play a significant role at the local level, by providing new employment opportunities. Over 1200 jobs will be created in the Nordland region, and five times more jobs will be indirectly created in the upstream value chain. New knowledge and competences on battery technologies will be built in Europe, to further accelerate the transition of the continent. Giga Arctic opens the doors to future investments in innovative battery technologies. Further expansions to the project site are to be expected, as well as new gigafactories in Europe using 24M’s technology.

Project Results:

News and updates linked to Giga Arctic’s progress, including major milestones and achievements will be shared on an ongoing basis.

Coordinator Adress:
HALVOR HEYERDAHLS VEI 33, 8626, MO I RANA, NO

Coordinator:
FREYR BATTERY GIGA ARCTIC AS

Associated Partner:
FREYR BATTERY NORWAY AS

Funding Statement:

“Funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or CINEA. Neither the European Union nor the granting authority can be held responsible for them.”