検索キーワード： "バッテリー" 科学

In Charged, James Morton Turner unpacks the history of batteries to explore why solving "the battery problem" is critical to a clean energy transition. As climate activists focus on what a clean energy future will create the history of batteries offers a sharp reminder of what building that future will consume. With new insight on the consequences for people and communities on the front lines, Turner draws on the past for crucial lessons that will help us build a just and clean energy future, from the ground up.

Unlock the full potential of your electric vehicle with expert guidance on battery management and optimization. This book bridges theory and practice, helping you understand, maintain, and enhance your EV's most critical component—the battery. Inside, you'll discover: Battery chemistry...

The Graphene Bridge: AI, Quantum Computing, and the Future of Innovation Graphene is one of the most extraordinary materials ever discovered, with the potential to reshape industries, power next-generation Artificial Intelligence, and revolutionize quantum computing. Unlocking its full potential requires bridging the gaps between cutting-edge science, technological advancement, and real-world application. The Graphene Bridge explores the intersection of graphene, artificial intelligence, quantum cryptography, and atomic batteries, blending scientific exploration with thrilling storytelling.

Battery Potential is a retrospective on the early days of the commercialization of Li-ion batteries. Pioneers of the of Li-ion battery industry from the 80s, 90s, and 2000s are interviewed by two battery scientists: Vincent Chevrier and Kevin Eberman.Battery Potential is produced by Cyclikal LLC, a battery consulting and testing company. See cyclikal.com for more information.

Long Hard Road provides an inside look at the birth of the lithium-ion battery, from its origins in academic labs around the world to its transition to its new role as the future of automotive power. It chronicles the piece-by-piece development of the battery, from its early years when it was met by indifference from industry to its later emergence in Japan where it served in camcorders, laptops, and cell phones. The book is the first to provide a glimpse inside the Japanese corporate culture that turned the lithium-ion chemistry into a commercial product.

Welcome to Endo Battery, the podcast that's here to journey with you through Endometriosis and Adenomyosis. In a world where silence often shrouds these challenging conditions, Endo Battery stands as a beacon of hope and a source of strength. We believe in the power of knowledge, personal stories, and expert insights to illuminate the path forward. Our mission? To walk with you, hand in hand, through the often daunting landscape of Endometriosis and Adenomyosis.This podcast is like a warm hug for your ears, offering you a cozy space to connect, learn, and heal. Whether you're newly diagnosed,...

News, views and interviews from the global Battery Technology industry

Europe's #1 Battery Podcast 🔋🚗⚡ for European Battery Research & Emobility. We are on a mission to find batteries that are powerful, safe, sustainable, long-living, as light and small as possible, cheap and easy to recycle. Is that even possible? Let's find out. Patrick von Rosen and Lennart Peters are talking to leading experts and scientists working in the battery field. The podcast is produced by the Helmholtz Institute Ulm (HIU) and CELEST (Center for Electrochemical Energy Storage Ulm & Karlsruhe). All info: batterypodcast.com/ | All links: www.linktr.ee/batterypodcast | ...

Do you like learning about green energy? The real, transparent truth about what procedures used to power our planet? Want to know more about the growing battery materials industry? South Star Battery Materials is a supplier of premium-quality battery materials. Listen in as Richard Pearce, South Star’s CEO, interviews experts about sustainable infrastructure, localization, and optimum tech improvements. If you want to know how you can contribute to the brighter future of energy, you’ll want to follow along.

Mr. Ramesh Natarajan has over four decades of experience in the domain of lead acid battery designing, manufacturing, testing, marketing, and servicing with a special focus on trouble shooting peculiar problems. His continuing passion for learning about lead acid batteries and enthusiasm to share technical details related to batteries, chargers, and the various equipments which use batteries, has resulted in this venture, comprising of a series of Podcasts. His website www.RameshNatarajan.in also has Articles, FAQ's and Videos in addition to the contact details. Your comments and suggestions ...

In-depth discussions with industry leaders about the ever-evolving drone and autonomous industries in North America. Produced by RMUS, a UAV and robotic solutions expert.

The transition to clean energy is moving far too slowly. Trapped by a century of fossil fuel investments and politicians that struggle to plan beyond the next election, the “Big Grid” that powers our modern world is outdated and in dire need of an upgrade. Freeing Energy offers a new and faster path towards a clean energy future — one that is more reliable, more equitable, and cheaper.

The Water Battery is a technology which bridges the gap between clean energy technology, and the fossil-fuel world. The Water Battery is an industrial-strength battery technology allowing variable clean energy sources like solar and wind to be stored safely, then tapped on-demand to power electrical loads 24/7. The Water Battery is the missing link for industrially storing and retrieving electrical energy first produced from variable clean energy sources such as solar, PV, and wind.

Can Tesla really deliver on its promise to offer a long-range electric vehicle that is cheap enough to attract mainstream buyers by 2017? We can’t know for sure without access to the company’s proprietary information. But one thing is clear: if Tesla is successful it will be because of significant advances to the design and manufacturing of its battery pack, which many estimates suggest represents a quarter to half of the full cost of the car.

Startups with novel chemistries tend to falter before they reach full production.