TAG: "Advanced Chemistry Cells"
News
Pace Digitek Establishes Battery R&D Centre in Pune
Pace Digitek's subsidiary, Lineage Power, has inaugurated the Pace-Lineage Research Centre in Pune and partnered with IISER Pune to drive research in lithium-ion and sodium-ion battery technologies, supporting indigenous innovation and India's growing energy storage sector.
Advanced Chemistry Cells | July 21, 2026 | By News Bureau | 987
India's Lithium-Ion Battery Import Dependency to Drop to 20 Percent by FY27- Report
India's demand for lithium-ion batteries is set to rise significantly, driven by EV adoption and renewable energy storage. Import dependency, currently near 100 percent, is expected to fall to 20 percent by FY27 due to the development of domestic giga-scale battery manufacturing capacities, among other factors.
Advanced Chemistry Cells | November 15, 2024 | By EI News Network | 6131
Ministry of Heavy Industries Calls for Re-bidding in PLI Scheme for ACC Manufacturing
The bidding process invites prospective applicants to submit their bids for establishing a domestic manufacturing facility, making them eligible for incentives under the PLI ACC scheme.
Advanced Chemistry Cells | January 25, 2024 | By Abha Rustagi | 2897
Articles
This category has no news at the moment.
Interviews
This category has no news at the moment.
Ashish Kauleshnam
Associate Director & Vertical Head - Automotive Design, Engineering & Manufacturing
Ashish Kauleshnam, Tata Elxsi on How AI, Digital Engineering, Advancing Sustainable Mobility
Avinash Hiranandani
Vice Chairman and MD
Continuous Innovation is Fundamental to RenewSys’ Growth Strategy: Avinash Hiranandani
Sanjeev Aggarwal
Founder and Executive Chairman
Tie ALMM Implementation to Domestic Capacity, Not Calendar Deadlines: Sanjeev Aggarwal
Archana Bhatnagar
Director, Market and Project Development, South Asia
Renewables Will Become the Backbone of India’s Grid, Says Wärtsilä’s Archana Bhatnagar
Gadhadar Reddy
Co-Founder & CEO
NoPo' Gadhadar Reddy Explains India's Deep-Tech Opportunity in Single-Walled Carbon Nanotubes