EV Li-ion Battery Manufacturing Techno Commercial Course focused on EV Lithium-ion battery pack/module  manufacturing provides practical skills and knowledge for setting up battery assembly lines, including cell selection, testing, module and pack assembly, and business planning. It covers both the technical aspects of Li-ion cell technology and the commercial aspects of setting up a manufacturing operation. 

The EV lithium-ion (Li-ion) battery manufacturing industry is technically complex, commercially significant, and rapidly evolving. It involves a multi-step process from cell selection to battery pack assembly, with ongoing research focused on improving energy density, safety, and cost-effectiveness. Commercially, the industry faces challenges related to raw material supply chains, fluctuating prices, and the need for sustainable practices. 

• Module and Pack Assembly: Connecting cells into modules and then modules into battery packs, which are then installed in EVs. 

• Cost Reduction:

  Reducing the cost of Li-ion batteries is crucial for increasing EV affordability. Estimating the costs associated with setting up and operating an assembly line. 

• Investment:

  Significant investments are being made in Li-ion battery manufacturing and research to support the transition to electric vehicles. 

• Supply Chain Resilience:

  Building resilient supply chains for raw materials is crucial for ensuring the long-term viability of the industry. 

• Sustainability:

  Adopting sustainable manufacturing practices and addressing environmental concerns related to battery production and disposal is becoming increasingly important. 

• Assembly line planning and layout: Designing an efficient assembly line layout. 

• Working capital and investment: Understanding the financial aspects of starting and running a battery pack assembly business. 

• Business projections: Making business projections and financial models. 

Training Focus:

Courses cover various aspects, including Understanding lithium-ion battery chemistry, cell parameters, thermal management, and different battery chemistries used in EVs. . 

• Lithium-Ion Battery Characteristics and Basics:

  Covers fundamental principles of lithium-ion batteries, including chemistry, cell parameters, and charging/discharging processes. 

• EV Powertrain Development:

  Includes topics like battery pack design, modelling, and advanced powertrain development. 

• Battery Management Systems (BMS):

  Includes topics like BMS functionality, architecture, cell balancing, thermal management, and BMS integration with other EV systems. 

• Thermal Management:

  Focuses on heat transfer, thermal design of battery packs, and cooling systems. 

• Battery Testing:

  Covers various tests for EV battery cells, modules, and packs. 

• Assembly Process:

  Gaining hands-on experience with the assembly of battery packs, including soldering, wiring, and component placement. 

• Battery Pack Design and Testing:

  Learning about different battery pack architectures, including module and pack design, as well as testing procedures and quality control. 

• Safety Procedures:

  Adhering to safety guidelines during battery assembly and handling. 

• Business Aspects:

  Learn about the business model, market analysis, financial planning, and legal requirements for starting a lithium-ion battery assembly business. 

• Battery Pack Assembly Line:

  Sorter, Spot Welder, Discharge Tester, PVC Heat Shrink etc. 

• Battery Pack Assembly Plant:

  BMS Tester, Aging Machine, Etc. 

Target Audience:

• The courses are suitable for individuals interested in becoming battery technicians, business owners, engineers, and researchers in the EV and energy storage sectors. 

• Offline Courses:

  Offline hands-on training after Online classes with lab facilities and practical experience in assembling battery packs. 

• Entrepreneurship:

  The training can be beneficial for entrepreneurs looking to start their own battery assembly business or plant. 

• Enhanced Knowledge:

  Participants gain a deeper understanding of lithium-ion battery technology and its applications.