Yen T. Yeh

• A discussion on the lithium-ion battery industry
• Key developments to watch on the anode side (Si / Li-based)
• Key cathode chemistry developments (LFMP to take share?)
• Form factor debate – prismatic, pouch, or cylindrical?
• US-China dynamic and impact on the industry (CATL-Ford agreement top of mind)
• IRA’s impact and a potential EU response
• Biggest issues in manufacturing at scale and getting $/kWh costs lower – can dry electrodes help?
• Cell manufacturer… Mehr zeigen

• A discussion on the lithium-ion battery industry
• Key developments to watch on the anode side (Si / Li-based)
• Key cathode chemistry developments (LFMP to take share?)
• Form factor debate – prismatic, pouch, or cylindrical?
• US-China dynamic and impact on the industry (CATL-Ford agreement top of mind)
• IRA’s impact and a potential EU response
• Biggest issues in manufacturing at scale and getting $/kWh costs lower – can dry electrodes help?
• Cell manufacturer relationships with auto OEM and pricing structure (CATL recently dangled discounts to some Chinese OEMs) Weniger anzeigen

The "Battery Workforce" is a critical component for the future of the battery industry. How will we train 1 million people by 2030 from PhDs to EV mechanics?

This report seeks to provide a comprehensive and accessible overview of the current state of battery research, industry, talent, and policy. By far the most read report covering the battery industry, this report has been downloaded 100,000+ times and widely referenced by battery professionals globally.

Accurate battery life prediction is a critical part of the business case for electric vehicles, stationary energy storage, and nascent applications such as electric aircraft. In this paper, we explore how physics-based and data-driven modeling informed by measurements from end-use devices enables new battery lifetime models.

A summary of CATL’s battery production process collected from publicly available sources is presented. CapEx, key process parameters, statistical process control, and other manufacturing concepts are introduced in the context of high throughput battery manufacturing.

This report seeks to provide a comprehensive and accessible overview of the current state of battery research, industry, talent, and policy. 10,000+ downloads.

Editor on this article written by Abolfazl Shahrooei. 14 publicly available battery datasets are reviewed in this work and we provided a link to allow anyone to contribute to the database via Google sheets.

Translated from 知行锂电 with permission.

The cost of batteries is one of the most significant factors in determining our ability to reach GHG reduction goals. From the electrification of transport, to achieving high penetration of renewables in the grid, so much of cleantech’s success is dependent on the battery industry’s ability to lower battery prices. Fortunately, the cost of Li-ion batteries has declined by 85% since 2010, and the trend is likely to continue. In this talk we will dive into the details of why battery prices are… Mehr zeigen

The cost of batteries is one of the most significant factors in determining our ability to reach GHG reduction goals. From the electrification of transport, to achieving high penetration of renewables in the grid, so much of cleantech’s success is dependent on the battery industry’s ability to lower battery prices. Fortunately, the cost of Li-ion batteries has declined by 85% since 2010, and the trend is likely to continue. In this talk we will dive into the details of why battery prices are falling, and what does lower battery prices mean for the future of energy. Weniger anzeigen