Reimagine EVs with Lightweighting and Additive Manufacturing
The journey to designing and manufacturing efficient electric vehicles has several challenges, from software to hardware. While the industry is working on making battery technology more efficient, they need to also look at the impact of batteries on the overall weight of the electric vehicle. It's no secret that to make the electric vehicle functional and energy-efficient, light-weighting of materials is critical as a lighter vehicle means less energy consumed under the same condition.
While the materials and technologies for weight reduction are also continually evolving, the automotive industry needs to keep pace with technology and embrace it. Is light-weighting through additive manufacturing the way forward?
Leveraging additive manufacturing for electric vehicles is a marriage made in heaven. This new possibility helps designers not only to execute complex models and designs, but also to test, produce, and assemble automotive parts and components with higher performance, reliability, and cost-effectiveness.
Join us on 15th October, 2020 to learn how to “Reimagine EVs with lightweighting and additive manufacturing”.
Webinar Agenda
- Complete range of light weighting options for ICV and EV
- Role of additive manufacturing in light weighting EV
- LTTS approach and success stories in light weighting
Satish has 25 + Years of professional experience in plastics, sheet metal, and casting product design and development.
He executed several new product development projects in the medical, automotive, industrial products, and consumer electronics domain. He has also carried out a wide variety of product design and development projects at L&T Technology Services.
With 15 years of exposure to plastics and polymers in the manufacturing industry, Rajesh is widely acknowledged as a specialist in light-weight solutions. Rajesh has a strong bearing on plastic materials, product design, Moldflow validation, troubleshooting, and the most popular metal to plastic conversion.