Amprius Technologies, Inc.’s Post

Let’s rewind to when CEO Timothy Han joined Maurizio Di Paolo Emilio for his iconic Wine Down Friday series. In this episode, Timothy shares how his leadership at SemiQ has driven the adoption of technologies like silicon carbide, fueling innovation in power electronics. They also discuss the future of power devices, the importance of work-life balance, and building strong relationships. 🎥🍷 Watch the full interview here: https://lnkd.in/ecQzUrFH  #SiC #SiliconCarbide #Semiconductor #SemiQ #MOSFETs #PowerModules #Diodes #QSiC #MOSFETModules

Creating a Carbon-Neutral Future, guarding the Green Planet with Ruijie! Technical Innovation, enhancing product energy efficiency using liquid cooling and silicon photonics technologies. Manufacturing Innovation, reducing environmental impact throughout the product lifecycle. #Ruijie #EarthDay

Let’s talk about nanosprings… These tiny, coiled structures measure in nanometres, which is one-billionth of a metre, and they’re becoming increasingly more important for future technological innovations. In our latest blog, we delved into the part nanonsprings play in manufacturing. Read more here ⬇️ https://bit.ly/3XvGEXG #Nanosprings #NanospringTechnology #NanospringManufacturing

Moving forward together

Safe Fast Charging of EV batteries is an important and complex topic. Here is a recently (May 2024) published review of the role of the Solid Electrolyte Interface (SEI) which is formed on the active materials during the cell formation process in the EV cell factory. The full article can be downloaded for free at: https://lnkd.in/gp6pASMP Recently, OneD Battery Sciences' CTO Yimin Zhu and Senior Scientist Chunsheng Du (who have worked together for more than a decade on the SINANODE technologies), invented a novel inexpensive surface coating never used before by anyone in the battery industry (based on extensive searches of scientific articles and patent filings around the world). The SINANODE materials are based on silicon nanowires grown inside the pores of natural or synthetic graphite particles from Anode Active Materials from several EV-qualified suppliers. The OneD novel invention provides a thin layer that allows for a more uniform and more stable SEI. Testing on EV cells prototypes (format 46XX) have shown that it is possible to achieve 4C charging between 20% and 80% of SOC, without degradation of the capacity retention over the cycle life. Of course, OneD is not an EV cell maker and OneD collacborates with multiple partners to optimize the anode active materials, the electrode coating, the cell designs and other aspects, in a step-by-step approach. #evbatteries #fastcharging

📈 🔋 The #battery market is growing fast. The 2023 Battery Monitor by PEM RWTH Aachen University and Roland Berger expects 34% annual growth in the global battery market until 2030. 💡 According to the report, pure silicon anodes are not yet available in automotive quality at industrial scale. We are going to change that - with our high-performance pure silicon anodes, Find out more about our anodes ➡ https://lnkd.in/dKkbUPpd 📑 Read the full Battery Monitor 2023 here ➡ https://lnkd.in/d5usMXCT #batterytechnology #siliconanode #futureisnow

If you're working on new materials for battery electrodes, full or half cells, or new electrolytes, electrochemical methods are at the core of your daily activities. 🔋 Don't miss this webinar on 15 October📅, where Metrohm Autolab will cover theoretical and practical aspects of various electrochemical techniques for battery research and testing. Register now: https://lnkd.in/eFfFbtnm #Metrohm #battery #batterydevelopment #batterytesting #webinar

The Biden-Harris Administration, through the CHIPS and Science Act, has proposed $750M in funding for Wolfspeed’s new silicon carbide wafer facility in North Carolina. This is part of Wolfspeed’s $6B expansion, which includes growing its New York fab, boosting U.S. semiconductor manufacturing. Wolfspeed's silicon carbide technology supports critical industries like EVs, AI, and renewable energy, while the planned facilities are set to create 5,000 jobs. These advancements will increase Wolfspeed’s output by fivefold and strengthen the U.S. supply chain. This investment marks a major step in securing U.S. leadership in semiconductor technology. Thanks again to U.S. Department of Commerce for the full article with more background and insights click the source link in the comments below 💡 🙏👇 #CHIPSAct #semiconductors #Wolfspeed #manufacturing #CONNECT #COLLABORATE #COMMUNITY

Imagine when your kids learn how this patented process works! U.S. patent 7531930 Energy Producing Magnetic Converter wardforce.com/u-s-patent https://lnkd.in/gXN3cQHX Then they learn how that video has a space travel demonstration.

Industry News: Wolfspeed Set to Receive $750M US Chips Grant! Wolfspeed, a leading EV chipmaker, is set to receive a $750 million grant from the U.S. government to support its new silicon carbide wafer manufacturing plant in North Carolina. This announcement sent shares up by 10% before the bell! The grant, part of the Chips and Science Act, will help Wolfspeed ramp up its $6 billion capacity expansion plans, which include increasing production by 30% at its facility in Marcy, NY. The company will also receive $1 billion in tax refunds and $750 million in additional financing from investment funds like Apollo Global Management and Baupost Group. Wolfspeed’s silicon carbide chips, used by major players like General Motors and Mercedes-Benz, are driving the future of electric vehicles, renewable energy systems, and AI applications. As Wolfspeed navigates the industry downturn, this funding will be key to supporting its long-term growth and innovative advancements in semiconductor tech. Stay tuned as this $52.7 billion semiconductor subsidy program continues to shape the future of chip manufacturing! Source: Reuters https://lnkd.in/gGDb8sgm #theISIG #IndustryNews #Connect #Collaborate #Community