The efficiency of the battery system in any electric vehicle (EV) determines its cost and vehicle performance. Challenges, such as range anxiety and charging time, have been a hindrance to increasing EV sales.

The advent of advanced energy storage systems and batteries is key for the wider adoption of electric vehicles. Earlier, many low-powered EVs had lead acid batteries, while currently, lithium-ion (Li-ion) batteries dominate the market.

However, now various leading EV manufacturers and start-ups from the auto industry have been developing alternatives for Li-ion batteries, offering better value propositions and technical enhancements. These alternatives include technologies such as nickel metal hydride (NiMH), solid-state batteries, and I-STATE battery technology.

As a leading market intelligence firm, BIS Research strives to stay on top of the latest emerging technologies in the mobility sector, among several other industry verticals.

In the bid to do the same, BIS is conducting a deep intelligence webinar on the current paradigm shift happening for battery technologies in electric vehicles.

Here are all the details:

Webinar Topic: Emerging Battery Chemistries | Reimagining EVs Beyond Conventional Li-Ion Batteries

Agenda:

The main agenda of this webinar is to understand and explore the following:

•    Evaluate various emerging trends in electric vehicle battery chemistries. 
•    Analyze the initiatives taken and regulations implemented to address EV battery concerns.
•    Analyze the various types of conventional lithium-ion alternatives developed for EV batteries. 
•    Evaluate the major players in the EV battery manufacturing ecosystem.

Speakers:

Our eminent panelists for this webinar will be:

Vani Dantam – Vani is a global executive with 40+ years of experience in the energy and transportation industries. Currently associated with NextTech Batteries Inc. as the Chief Operating Officer, Vani is a U.S. Navy veteran, holding an M.S. degree in Mechanical Engineering from Vanderbilt University, and has received the APQP certification from Kettering University.

Pranav Nagaveykar – Pranav is a Research Engineer at Université Paris-Saclay. His focus areas have been toward synthesizing oxide-based and composite polymer solid-state electrolytes, testing material with XRD and EIS, and testing solid-state batteries (OCV, CA, GCPL, HPPC) and conventional cell development (coin cells) in the glove box. He is also a contributor to Volta Foundation, a leading professional association dedicated to advancing the battery ecosystem

Konstantin Solodovnikov – Konstantin has been the Chief Executive Officer at Innolith, a pioneering battery technology company, since 2019. He has previously been a part of RUS AGRO and ALROSA Company Limited. His focus at Innolith has been on innovative battery technologies for affordable and powerful e-mobility.

Dhrubajyoti Narayan – Dhrubajyoti Narayan is the principal analyst and mobility tech at BIS Research and a keen electric vehicle enthusiast. He has been tracking electric vehicle technologies for nearly 4.5 years and has co-authored more than 70 technical or market intelligence reports, custom studies, and client presentations in the electric vehicle domain.

Why should you attend the webinar?

Apart from the fact that several expert minds from the automotive industry will be a part of this extensive webinar, this will be a great opportunity to:

•    Understand the future of electric vehicle battery chemistries.
•    Identify the key trends in the ‘EV emerging battery chemistry’ space. 
•    Explore upcoming technologies and alternative battery chemistries for EVs. 
•    Assess the major challenges hindering the adoption of new battery technologies. 
•    Explore market developments in different regions related to electric vehicle battery chemistries.

Timing and Registration:

The webinar is going to take place on 18th April’23 at the following global timings:

•    09:30 A.M. (EST)
•    03:30 P.M. (CET)
•    07:00 P.M. (IST)

Visit our website and register for the event today.