₹ 12000

ACC Manufacturing: Raw Material, Equipment and Assembly

COURSE | Started On : Wednesday, 11 August 2021 15:22 | 5

Welcome to the ACC Manufacturing: Raw Material, Equipment and Assembly course.

Welcome to the ACC Manufacturing Manufacturing: Raw Material, Equipment, and Assembly course.

Course Overview:

The ACC Manufacturing: Raw Material, Equipment, and Assembly course is part of the Advanced Chemistry Cell Manufacturing (ACC) Manufacturing Masterclass 2021 that focuses on raw material, equipment, and assembly process required for ACC manufacturing. 

Course Objectives:

  • Discuss Indian manufacturing landscape and Lithium-ion & other manufacturing announcements
  • Understand labor & skill requirements
  • Learn Lithium-ion manufacturing process 
  • Get a walkthrough of the pilot Lithium-ion manufacturing line
  • Understand material handling and mixing
  • Discuss cell assembly
  • Understand dry room requirement
  • Get an overview of the raw material requirement
  • Discuss international collaboration for supply chain
  • Learn Lithium and advanced carbon as a raw material
  • Understand binder material
  • Get an introduction of surface finishing solutions for battery cells and battery packs
  • Discuss vanadium redox flow batteries and metal-air batteries
  • Get familiar with cell prototyping, testing, and pack manufacturing facility and challenges
  • Understand sub pack EOL testing and pack EOL testing

Good For:

  • Business Decision Makers
  • Business Executives Department Heads
  • Energy Storage Investors
  • Supply Chain, Raw Materials Companies
  • Manufacturing Equipment and Battery Component Suppliers

Course Duration: ~7 hours


  • Mr. Debi Prasad Dash
  • Mr. Neeraj Singal
  • Mr. Varun Pahwa
  • Mr. Kowthamraj V S
  • Dr. Harin Kanani
  • Mr. M B Gadgil
  • Mr. Shriraj Modi
  • Mr. Rohen Bhatnagar
  • Dr. Avishek Kumar
  • Mr. Akshay Singhal
  • Dr. Saroj Sahu
  • Mr. John Shelburn
  • Dr. Yashodhan Gokhale
  • Mr. Thomas Huth

About the Advanced Chemistry Cell (ACC) Manufacturing Masterclass: 

India has become one of the fastest-growing markets for advanced energy storage technology supporting the exponential growth expected in its electric vehicle, stationary storage market over the next 5 years.

With IESA estimating the India market to grow over 500GWh (2020-27) considering ESS & EV opportunities, around $5 billion investments are expected to be attracted supporting 50+GWh capacities for multiple li-ion battery gigafactories.

The Indian government is strongly backing this market via the recently launched National Mission for Transformative Mobility & Battery Storage (NMTMBS) with Production Linked Incentive (PLI) scheme for advanced battery manufacturing through the ACC program by NITI Aayog. Importantly, most State Governments too are focused on manufacturing advanced energy storage technologies and their adoptions.

On this background, the Advanced Chemistry Cell (ACC) Manufacturing Masterclass guides rising decision-makers and investors from the energy sector to set up gigafactories by sharing the latest research and development, market analysis, technology updates, and for introducing them to the manufacturing process, supply chain, government policies, and benefits, export-import, safety, and testing as well as skills development.

Related Courses:

Advanced Chemistry Cell (ACC) Manufacturing Masterclass

ACC Manufacturing: Policy, Demand Generation, and Market Overview

ACC Manufacturing: Technology

Fireside Chat with Dr. Prabhakar Patil

Fireside Chat with Dr. Saroj Sahu and Mr. John Shelburn

Fireside Chat with Mr. Robert Pedraza

Course Overview
Module Introduction
India Energy Storage Roadmap
Presentation PDF
Module Introduction
Dr. Tanmay Sarkar: Introduction
Overview of Li-ion Battery Manufacturing
Presentation PDF
Module Introduction
Dr. K Ramesha: Introduction
Li-ion Manufacturing - Pilot Line Overview
Module Introduction
Mr. Neeraj Singal: Introduction
Equipment Requirements for Gigafactories
Presentation PDF
Module Introduction
Mr. Varun Pahwa: Introduction
Dry Rooms for Lithium Battery Production
Presentation PDF
Module Introduction
Dr. Tanmay Sarkar: Introduction
Li-ion Battery - Raw Material Overview
Presentation PDF
Module Introduction
Mr. Kowthamraj V S: Introduction
International Collaboration for Supply Chain
Presentation PDF
Module Introduction
Dr. Harin Kanani: Introduction
Lithium Derivatives
Presentation PDF
Module Introduction
Mr. M B Gadgil: Introduction
Advanced Carbon
Presentation PDF
Module Introduction
Binder Material
Presentation PDF
Module Introduction
Mr. Rohen Bhatnagar: Introduction
Surface Finishing Solutions for Battery Cells and Battery Packs
Presentation PDF
Module Introduction
Dr. Avishek Kumar: Introduction
Vanadium Redox Flow Batteries
Module Introduction
Metal Air Batteries
Presentation PDF
Module Introduction
Dr. Yashodhan Gokhale: Introduction
Challenges in Li-ion Pack Manufacturing
Presentation PDF
Module Introduction
Mr. Thomas Huth: Introduction
Sub/Pack End of Line Testing
Presentation PDF
Advanced Chemistry Cell Manufacturing Manufacturing: Raw Material, Equipment, and Assembly - Course Feedback