Polestar has released its 2025 Sustainability Report, offering a detailed look at how the company is progressing toward its long-term climate ambitions while continuing to expand its global footprint. The report highlights a notable achievement: since 2020, the company has reduced its greenhouse gas (GHG) emissions per vehicle sold by 31%. This milestone stands out not only for its scale but also because it has been accomplished during a period of significant commercial growth, product expansion, and geographic reach.
Over the past five years, Polestar has undergone a rapid transformation from a niche electric vehicle (EV) brand into a global player. Annual retail sales have surpassed 60,000 vehicles, the company has entered 28 international markets, and its product lineup has grown with the introduction of three new models. Manufacturing capabilities have also expanded, with production now taking place across facilities in three different countries. These achievements reflect a broader strategy that aligns business growth with environmental responsibility—an approach that remains relatively uncommon in the automotive industry.
Growth Without Compromise
At a time when many automakers are struggling to maintain momentum on climate commitments—amid shifting regulatory landscapes, fluctuating policy support, and continued investments in internal combustion engine (ICE) technologies—Polestar is positioning itself differently. The company continues to focus exclusively on electric mobility, emphasizing measurable emissions reductions rather than long-term promises.
The 31% reduction in emissions per vehicle since 2020 is the result of several coordinated efforts across the value chain. A major contributor has been the increased use of renewable energy in both battery production and vehicle manufacturing. By transitioning energy-intensive processes to cleaner power sources, the company has significantly lowered the carbon footprint associated with production.
In addition, Polestar has prioritized the use of low-carbon and recycled materials in its vehicles. This includes innovations in metals, textiles, and other components that traditionally contribute heavily to lifecycle emissions. These material choices are becoming increasingly important as the automotive sector seeks to address emissions beyond tailpipe output, focusing instead on the full lifecycle impact of vehicles.
Another important factor has been the growing share of newer models in the company’s sales mix. In particular, the Polestar 4—currently the brand’s lowest-emission vehicle—has played a significant role. As production and sales volumes of this model have increased, its lower carbon footprint has helped drive down the company’s overall emissions intensity.
Regional Dynamics and Market Influence
Europe continues to be the cornerstone of Polestar’s business, accounting for more than 75% of total sales. This regional concentration has also supported emissions reductions during the vehicle use phase, as European electricity grids are increasingly powered by renewable energy sources. As a result, EVs operated in these markets produce fewer lifecycle emissions compared to those in regions still reliant on fossil fuels for electricity generation.
The company’s progress underscores the importance of aligning EV adoption with clean energy expansion. As electricity systems become greener and more stable, the environmental advantages of electric vehicles become more pronounced. In this context, Polestar’s strategy of focusing on markets with strong renewable energy infrastructure is both environmentally and economically advantageous.
Industry Context and Strategic Direction
The broader automotive industry is currently navigating a complex transition. While electrification remains a central theme, many manufacturers are hedging their bets by continuing to invest in hybrid and ICE technologies. This dual-track approach reflects uncertainty around regulatory timelines, consumer demand, and infrastructure readiness.
Polestar, however, has chosen a more focused path. By committing fully to electric mobility, the company aims to accelerate innovation and reduce complexity in its operations. According to CEO Michael Lohscheller, the benefits of electrification extend beyond environmental considerations. Lower operating costs, reduced dependence on volatile oil markets, and improved energy security are all factors that enhance the appeal of EVs for consumers.
He notes that as global energy systems evolve, concerns about fuel availability and price fluctuations are beginning to outweigh traditional worries about driving range. This shift in consumer perception is expected to further support the adoption of electric vehicles in the coming years.
Advancing Toward Climate Neutrality
Polestar has set an ambitious target of becoming a climate-neutral company by 2040. To achieve this, it must continue to reduce emissions across all stages of the vehicle lifecycle, including raw material extraction, manufacturing, logistics, use, and end-of-life processing.
A central pillar of this effort is the Polestar 0 Project, which aims to develop a truly climate-neutral vehicle by eliminating all greenhouse gas emissions—without relying on carbon offsets. This initiative represents one of the most ambitious sustainability goals in the automotive sector.
Originally targeted for completion by 2030, the timeline for the Polestar 0 Project has been extended to 2035. This adjustment reflects the technical complexity of achieving net-zero emissions across such a multifaceted value chain. However, the company views this extension not as a setback but as an opportunity to deepen research and develop more robust, scalable solutions.
Mission 0 House: A Hub for Innovation
At the heart of the Polestar 0 Project is Mission 0 House, a collaborative research center based in Gothenburg, Sweden. Established to bring together industry partners and academic institutions, Mission 0 House focuses on eliminating emissions from high-impact materials, products, and industrial processes.
Since its formal launch in 2025, the initiative has secured close to SEK 100 million in funding over a five-year period. The research conducted here is organized around key domains such as metals, chemicals, and manufacturing processes, with interdisciplinary teams working to identify breakthrough solutions.
The collaboration currently includes five Swedish universities—University of Borås, University West, Jönköping University, Karlstad University, and Mid Sweden University—alongside several industry partners. These include Borgstena, Sekab, SSAB, TMG Automotive, and Together Tech, as well as Polestar itself. Additional financial support is provided by organizations such as the Knowledge Foundation, Vinnova, and the Västra Götalandsregionen.
Key Research Developments
Several promising developments have emerged from the work at Mission 0 House. One major initiative involves the creation of ultra-low-emission steel through large-scale pilot projects. Steel production is one of the most carbon-intensive industrial processes, so innovations in this area could have far-reaching implications not only for automotive manufacturing but for multiple industries.
Another area of focus is battery materials. Researchers are exploring new chemistries and production methods that reduce the environmental impact of battery manufacturing, which remains a significant contributor to EV lifecycle emissions.
In the realm of interior design, the development of bio-based textile alternatives is gaining traction. These materials aim to replace traditional petroleum-based fabrics with renewable, biodegradable options that offer similar performance characteristics.
Additionally, scientists are working on technologies that convert captured CO₂ into usable materials. This approach could transform carbon emissions from a liability into a resource, enabling the creation of circular production systems.
Collaboration as a Catalyst
According to Fredrika Klarén, the success of initiatives like the Polestar 0 Project depends heavily on collaboration. By bringing together expertise from academia and industry, the company is able to tackle challenges that would be difficult to address in isolation.
She emphasizes that while much of the automotive sector continues to invest in transitional technologies, Polestar is focused on solutions that eliminate emissions entirely. This forward-looking approach is intended to position the company as a leader in sustainable innovation, capable of influencing broader industry practices.
Polestar’s 2025 Sustainability Report paints a picture of a company that is not only growing but doing so with a clear sense of purpose. By decoupling business expansion from environmental impact, the company is demonstrating that it is possible to scale operations while reducing emissions.
However, significant challenges remain. Achieving climate neutrality will require continued investment, technological breakthroughs, and supportive policy frameworks. It will also depend on the pace at which renewable energy infrastructure expands globally.
Despite these uncertainties, Polestar’s progress to date suggests that its strategy is gaining traction. By focusing on measurable outcomes, fostering collaboration, and maintaining a long-term vision, the company is contributing to a broader shift in how the automotive industry approaches sustainability.
As the transition to electric mobility accelerates, the integration of clean energy, innovative materials, and circular design principles will be critical. In this evolving landscape, Polestar’s efforts offer a compelling example of how environmental responsibility and commercial success can go hand in hand.
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