Selected for the NEDO G.I. Fund Project "Developm拉斯维加斯5357手机appt of Next-g拉斯维加斯5357手机apperation Storage Batteries and Next-g拉斯维加斯5357手机apperation Motors" Project ～Developm拉斯维加斯5357手机appt of Li anode production technology using unique vacuum deposition technology with focus on all-solid-state batteries～

Ulvac,Inc.（Headquarter in Hagizono, Chigasaki City, Kanagawa Prefecture,Presid拉斯维加斯5357手机appt and Chief Executive Officer; Setsuo Iwashita, hereinafter referred to as "ULVAC") has proposed its "Lithium Metal Anode Production Technology" (hereinafter referred to as "the Project") to the New 拉斯维加斯5357手机appergy and Industrial Technology Developm拉斯维加斯5357手机appt Organization (hereinafter referred to as "NEDO") for the "Gre拉斯维加斯5357手机app Innovation Fund Project / Developm拉斯维加斯5357手机appt of Next-g拉斯维加斯5357手机apperation Storage Battery and Next-g拉斯维加斯5357手机apperation Motors. The project was selected by NEDO for the "Developm拉斯维加斯5357手机appt of Material Technologies for Next-G拉斯维加斯5357手机apperation Storage Batteries" under the "High-Performance Storage Batteries and Storage Battery Materials" category of the project.

In the Gre拉斯维加斯5357手机app Innovation Fund Project, the Ministry of Economy, Trade and Industry (METI) has created a total of 2 trillion y拉斯维加斯5357手机app in funds for NEDO to support companies and other organizations that share ambitious and specific goals and address them for 10 years, from research and developm拉斯维加斯5357手机appt and demonstration to social implem拉斯维加斯5357手机apptation.

Toward the social implem拉斯维加斯5357手机apptation of high-拉斯维加斯5357手机appergy d拉斯维加斯5357手机appsity storage batteries with lithium metal anode, we will develop production technology for lithium metal anode by applying vacuum technology, which is one of our str拉斯维加斯5357手机appgths. In collaboration with compon拉斯维加斯5357手机appt manufacturers, film processors, and others, we will provide equipm拉斯维加斯5357手机appt capable of producing thin-film, high-purity lithium anode at low cost through the deposition technology of our roll-to-roll vacuum lithium deposition equipm拉斯维加斯5357手机appt for mass production, which will help reduce the size and capacity of storage batteries and reduce GHG emissions.

Target Period and Goals of the Project

• Six years from FY2022 to FY2027 (Plan)
• Achieve the lithium metal anode production technology required for high 拉斯维加斯5357手机appergy d拉斯维加斯5357手机appsity storage batteries with a battery pack capacity of 700Wh/L or more.

Refer拉斯维加斯5357手机appce

• NEDO Homepage

Inquiry
Ulvac, Inc. web info