In the realm of renewable energy and battery technology,
a groundbreaking development has emerged: a sinter-free method for producing lithium ceramics, potentially reshaping the world of lithium-ion batteries. This innovative approach promises to enhance sustainability and cost-efficiency while potentially reducing our reliance on materials such as cobalt. The implications are far-reaching, particularly for electric vehicles (EVs) and the renewable energy sector.
In the pursuit of enhanced power and cost-effectiveness, the electric vehicle industry and renewable energy sector continue to seek innovative solutions. Meeting the ambitious 2030 goals set by the US Department of Energy, which aim to reduce production costs and elevate battery energy density, necessitates a departure from conventional lithium-ion batteries. This method offers a sustainable and cost-effective alternative, with the potential to revolutionize rechargeable batteries and expedite the adoption of EVs, contributing to a more sustainable future. The book
AI Techniques for Renewable Source Integration and Battery Charging Methods in Electric Vehicle Applications (ISBN:9781668488164) explores the pivotal role of artificial intelligence in shaping the renewable energy and EV sectors, offering invaluable insights for sustainable development.
About IGI Global – Publishing Tomorrow’s Research Today
Founded in 1988 and headquartered in Hershey, Pennsylvania, USA with a subsidiary office (IGI Science and Technology, Ltd.) operating out of Beijing, China, IGI Global is a leading medium-sized independent international academic publisher of cutting-edge, high-quality, peer-reviewed scholarly reference publications in the three major academic subject areas of
Business & Management,
Scientific, Technical, & Medical (STM), and
Education. With a commitment to facilitating the discovery of pioneering scientific research, this publishing house has empowered over 200,000+ expert researchers from leading institutions globally to bring advanced research books from conceptualization to completion in an impressive 6-9 months from proposal acceptance to publication IGI Global journal articles have a rapid turnaround, on average taking 2-4 weeks, and are then added to a significant portfolio of nearly 200 journals within IGI Global’s Open Access Journal Program. IGI Global is one of the largest 100% OA Journal Publishers in the World. Through traditional and open access publishing workflows, this unique proprietary process makes
tomorrow’s research, which enhances and expands the body of knowledge, available to the research community
today.
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