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Oxford Quantum Circuits (OQC) raised $100 million in a Series B funding round, led by Tokyo-based venture capital firm SBI, and debuted their latest quantum processor, OQC Toshiko. OQC has the only quantum computer commercially available in the UK and prides themselves as Europe’s leading Quantum Computing As A Service firm.
OQC will further expand their quantum computing capabilities, targeting the development of processors with hundreds of qubits for even more complex computations and enterprise uses. This could open doors to solving complex problems in fields like cryptography, optimization, and materials science that were previously intractable.
OQC Toshiko diverges from traditional quantum computing, adopting Digital Fabric Interconnect for secure, hybrid customer computing, combining quantum and high-performance computing (HPC).
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The EU's battery passport initiative is a part of the broader EU battery regulations adopted earlier this year which set the minimum content of recycled materials for newly manufactured batteries. Battery passports are how these recycled content minimums will be tracked and traced. In addition to recycled content, there is a significant data tracking aspect related to new methodologies in tracking carbon credits.
Battery passport regulations open the door for more tech forward ways to connect batteries and the richness of data they contain to consumers and businesses. This covers battery safety and monitoring, whether or not a battery is likely to catch fire, and what is considered the holy grail in the EV world: an independent battery health score to understand the health of the battery (where up to 50% of the value of the EV is in the battery).
A massive funding wave has emerged for battery recycling startups in the wake of the new EU battery regulations. These battery recyclers are constrained by geography and massive projects are popping up around the world. Expect an equal wave of funding in the coming years related to information connected to the Battery Passport.
The battery passport system transcends compliance; it acts as a catalyst for change. It influences manufacturers to embrace greener practices upstream among Chinese manufacturers which might otherwise not be held accountable. It also supports the circular economy by promoting recycling and upcycling, reducing waste.
This system's integration presents challenges and opportunities across the supply chain, from mining to recycling, highlighting the interconnectedness of the industry and the global economy.
The EU is pushing for a shift in industry practices, demanding greater transparency and responsibility from manufacturers and influencing global market trends. The system faces skepticism from the largest market in the world, the United States, which has not signaled adoption of any kind of Battery Passport to date.
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E-One Moli Energy, a subsidiary of a Taiwan-based cement firm, unveils Canada's largest lithium-ion battery cell manufacturing facility, a C$1 billion project designed by Stantec in British Columbia. This state-of-the-art plant, slated for completion in 2028, will produce 135 million high-performance cells annually for various use in medical devices, power tools, consumer electronics, vehicles, and aerospace.
The investment represents a strategic shift in North America's energy and manufacturing landscape, reducing reliance on international markets for battery production. It aligns with the global movement towards cleaner energy and advanced manufacturing, positioning Canada at the forefront of sustainable industrial innovation. British Columbia is not a center of highly technical manufacturing in Canada so this is an important addition to their economy.
“With a substantial investment in efficient energy generation, this transformative manufacturing space will bring opportunity and growth to the people of British Columbia and the Canadian economy. We are thrilled to be playing an important part in bringing this project to life," said Navid Fereidooni, Architect and Principal for Stantec.
The project's completion in 2028 will likely catalyze further investments in clean technology and renewable energy sources, elevating Canada's role in the global clean-tech market.
This development aligns with global trends towards sustainable energy solutions, mirroring initiatives like ExxonMobil's lithium production in Arkansas, aimed at supporting over a million EVs annually by 2030.
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