From Vision to Action: Launching Initiatives for Circular Energy Economy

From Vision to Action: Launch of the Global Energy Circular Economy Coalition

On June 22, 2026, during the Climate Innovation Forum at London's Climate Action Week, CATL alongside the Ellen MacArthur Foundation, and major industry players such as BMW, Renault, Volvo, Google, and Xiaomi unveiled significant initiatives aimed at advancing circular economy practices in the battery market. These ventures are part of the Global Energy Circularity Commitment (GECC), which emphasizes a strategic approach to integrating circular design principles into battery production.

The introduced Circular Battery Design Guidelines are set to establish a unified methodology for creating batteries that are sustainable and conducive to reuse, repair, and recycling across diverse applications within the mobility sector. These guidelines serve as a foundation for setting procurement standards, influencing investment frameworks, and guiding future regulatory discussions, particularly in regard to enhancing European battery policies.

The implications of these guidelines are profound as they aim to eliminate fragmentation in battery lifecycle management, thereby enabling better comparison and assessment of circular performance across the market. Manufacturers, investors, and policymakers will be equipped with a standardized reference point to gauge product lifecycle and sustainability. The Ellen MacArthur Foundation plays a pivotal role as a neutral platform, facilitating the creation of these shared principles among industry stakeholders, aimed for public release in 2027.

Second Initiative: Coalition for Circular Business Models

The second initiative consists of forming a Coalition for Circular Business Models, designed to accelerate the adoption of circular practices within both mobility and energy sectors. With existing robust infrastructure for battery swapping already operational across 1,650 stations in China, the coalition will help shift the focus from merely proving technical feasibility to creating favorable commercial, regulatory, and financial conditions required for scalability internationally.

CATL plans to leverage its existing Battery-as-a-Service model and the insights gathered from networks like Choco-Swap and QIJI to support the establishment of these enhanced operational frameworks. This coalition is particularly geared towards developing joint methodologies to assess the value of circular battery infrastructures, thus providing greater confidence to investors, fleet operators, and regulatory bodies.

Importance of Scaling Up Circular Economy

As the global market for battery recycling is projected to exceed 1.2 trillion RMB by 2040—creating over 10 million jobs—focus on expanding recycling capacities and formulating common construction standards is paramount. The International Energy Agency projects that the demand for critical battery minerals will quintuple in the same timeframe. Addressing this demand sustainably means enhancing recycling capabilities while ensuring that materials continue to be utilized productively, rather than increasing the extraction of new resources.

CATL, a pioneer in sustainable battery technology, became the first battery manufacturer to reach CO₂ neutrality in its core business areas in 2025, with an ambitious goal of achieving CO₂ neutrality throughout its entire supply chain by 2035. The challenges moving forward, however, largely pertain to mining and raw material processing rather than manufacturing itself, emphasizing the role of circular economies in meeting future demand without heavily relying on new resource extraction.

Bridging Business Models and Environmental Goals

Miranda Schnitger, head of climate strategy at the Ellen MacArthur Foundation, emphasizes that circular economy approaches are vital in addressing approximately 45% of emissions arising from production and consumption habits. This transformation also offers a robust opportunity for the industry to reshape itself around sustainable practices. Jiang Li, vice president of CATL, states that the current industry shift aims to decouple battery growth from the extraction of new raw materials, a significant opportunity for climate protection and industrial advancement.

In tandem with these initiatives, CATL has begun the commercialization of sodium-ion batteries, scheduled to deliver its first sodium-ion energy storage systems by September. This step broadens the company’s energy storage technology portfolio beyond lithium and nickel, enhancing raw material security and cost stability.

Conclusion

The launch of the GECC and its associated initiatives signals a transformative step towards achieving a truly sustainable battery industry. By fostering collaboration across leading companies and establishing a set of guidelines and standards, the coalition aims to lead the charge in making circular models the norm in the battery lifecycle, significantly influencing global efforts to mitigate climate change and build a greener future.