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The EU Battery Passport aims to cut battery procurement and recycling costs by providing a transparent digital record.
The EU Battery Passport is a transformative initiative in the EU’s Batteries Regulation, enhancing transparency, sustainability, and cost-efficiency across the battery value chain. It could serve as a model for other industries, promoting a circular economy.
"The metrics the passport provides will enable a more accurate assessment of required Capex and Opex costs, useful for proving and assessing bankability," said Maher Chebbo, chair of a European Commission group on digital technologies for batteries.
The Battery Passport Consortium will present its findings and software demonstrator at Hannover Messe in April 2024, showcasing the practical applications and setting a precedent for other digital product passports.
The EU Battery Passport’s phased introduction includes compliance with carbon footprint, recycled content, safety, and performance metrics. This transparency will aid in more informed purchase decisions and risk assessments, promoting sustainability and competitiveness in the battery industry.
The EU Batteries Regulation holds the economic operator accountable for the battery lifecycle, impacting procurement and investment strategies. This raises questions about the roles of manufacturers, distributors, and end-users in meeting regulatory standards.
The EU Battery Passport is set to lower costs and enhance sustainability in the battery industry, supporting the EU’s broader environmental goals and potentially influencing other sectors to adopt similar measures.
The EU’s commitment to sustainability is reflected in its broader regulatory framework, such as the Circular Economy Action Plan, aiming to minimize waste and promote resource efficiency.
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Exowatt, a sustainable modular energy platform startup for AI data centers, has secured $20 million in investment from prominent figures and firms, including OpenAI CEO Sam Altman and Andreessen Horowitz.
Exowatt P3 is a network of shipping container-sized modules comprising a heat collector, a heat battery, and a heat engine. This system is designed to power energy-intensive data centers efficiently, storing solar energy thermally to provide dispatchable power and heat 24/7. The technology leverages thermal energy storage rather than traditional electrochemical methods, reducing costs and dependence on rare earth materials. This allows Exowatt to potentially offer energy at rates as low as $0.01 per kilowatt-hour, making it more affordable than fossil fuels and other renewable sources.
The technology addresses the immense energy demands of AI, particularly generative AI, which significantly surpasses traditional computing processes in energy consumption. Industry leaders have raised concerns about the unsustainable electricity use by AI, with data centers predicted to consume up to 25% of U.S. power by 2030. Exowatt’s innovative approach not only promises to drastically cut energy costs but also reduces reliance on traditional power sources, aligning with global sustainability goals.
"AI models have been doubling in size every three months—a pace that requires significantly more data center power. Exowatt’s system is designed to meet these demands sustainably," stated Jack Abraham, CEO of Atomic and Co-Founder of Exowatt.
Exowatt plans to deploy the first Exowatt P3 systems to data centers across the U.S. this year, with a backlog already exceeding 500 megawatts.
The Exowatt P3 system can be quickly deployed due to its modular design, fitting within the space of a standard 40-foot shipping container. This scalability meets the increasing energy demands of both small and large commercial projects.
The shift towards thermal energy storage highlights a pivot from more traditional electrochemical solutions, potentially reshaping energy strategies across industries beyond just data centers.
The company also emphasizes using U.S.-made components to avoid reliance on Chinese parts and to qualify for incentives under the Inflation Reduction Act.
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