Siemens Joins Global Battery Alliance to Drive a Greener Future

Highlights:

• Siemens becomes a member of the Global Battery Alliance, aiming to create a sustainable battery value chain.
• The company will collaborate with global stakeholders to enhance battery sustainability and support green energy.
• Siemens’ involvement is aligned with its commitment to achieving net-zero emissions by 2030.
• The initiative promotes responsible sourcing, battery lifecycle management, and sustainable energy transition.

Siemens has announced its membership in the Global Battery Alliance (GBA), reinforcing the company’s dedication to sustainability and green energy solutions. The alliance, which brings together companies and organizations from various sectors, is focused on building a sustainable and circular battery value chain, essential for advancing clean energy initiatives.

The Global Battery Alliance promotes the development and deployment of sustainable batteries to support the global energy transition, prioritizing ethical sourcing of raw materials, recycling, and enhancing battery lifecycle management. As a global leader in industrial manufacturing and technology, Siemens’ involvement will accelerate efforts toward cleaner energy practices and innovation in energy storage solutions.

Siemens has set ambitious goals to achieve net-zero emissions by 2030 and reduce the environmental impact of its products and solutions. Joining the Global Battery Alliance is a strategic move that aligns with these objectives. The company will collaborate with other members, including industry leaders and environmental organizations, to address the environmental and social challenges associated with battery production and use.

In addition to improving the sustainability of batteries, the GBA also aims to establish standards for responsible mining practices, ensuring that the materials used in batteries are sourced ethically and sustainably. Siemens’ contribution to the alliance includes advancing digital solutions and smart manufacturing techniques that will improve battery efficiency and sustainability throughout their lifecycle.