Charged EVs | Constructing a dependable, streamlined and future-proof battery testing infrastructure (Webinar)

Battery cyclers play a vital function all through the event of batteries and subsequently, are thought of an indispensable a part of any battery testing laboratory or manufacturing facility.

Be part of this presentation at subsequent week’s Digital Convention on EV Engineering, introduced by Bitrode, the place we’ll first talk about the necessities for a sophisticated battery cycler to satisfy the present and future calls for of the fast-growing battery trade. We are going to then introduce Bitrode Digital Cycler (BTDCTM), the following technology of battery cyclers designed and developed in shut collaboration with professionals within the battery trade for the aim of streamlining and expediting varied levels of battery growth.

Reserve your spot—it’s free!

Different periods at our Spring Digital Convention embody:

Drive Efficiency By Battery Cell Chemistry

The demand for safer, longer-lasting, quicker charging, cheaper and energy-dense batteries is disrupting the whole trade. Speedy battery evolution, affordability, sustainability and recyclability are key to delivering the following technology of EVs. The automotive and transportation sector is reworking their fleets to electrical automobiles, electrical buses, and electrical vans. Auto OEMs, start-ups, battery makers and specialty chemical firms are all investing massive quantities of sources for groundbreaking improvements. Time is of the essence and accelerating innovation is vital.

Launching and managing a battery innovation program presents a singular set of challenges because of the quickly shifting shopper expectations, evolving public power choices and naturally, the wonderful advances which can be occurring at what looks as if an virtually every day tempo. Coupled with that’s an acute have to supply scientific expertise that’s effectively versed in each the language of battery growth and the precise contours related to the broader transportation sector that’s driving battery growth.

This webinar, introduced by Dassault Systemes, will cowl case research on design, optimization and innovation of battery chemistry, in addition to design-for-manufacturing approaches.

Webinar highlights:
• Digital twin of battery cell and simulation of cell efficiency
• Validated use-cases protecting challenges, options and outcomes
• Driving battery innovation applications from ideation by means of to supply
• Engagement framework with our Clients to drive efficiency of cell for the following technology

Reserve your spot—it’s free!

Different periods at our Spring Digital Convention embody:

Selecting The Proper Tape When Designing for Electrical Insulation in EV Batteries

Selecting a dielectric safety barrier through the design and development of EV battery modules and packs is a crucial engineering choice. With an optimized answer, engineers can maximize pack power density, enhance automobile reliability, and improve shopper security.

On this session, introduced by Max VanRapporst and Scott Kruskinski of Avery Dennison Efficiency Tapes, we’ll talk about the comparative benefits of utilizing pressure-sensitive adhesive tapes versus coatings to create dielectric limitations. He’ll clarify how to decide on a particular dielectric tape primarily based on the appliance, together with pack electrical insulation, cell wrapping, cooling plates, and insulation round versatile busbars. He’ll additionally talk about how correct tape choice can assist maximize scale-up and large-volume manufacturing. Lastly, Max will spotlight among the potential pitfalls and failure modes that may happen when the flawed dielectric safety limitations are chosen.

Reserve your spot—it’s free!

See the complete session record for the Spring Digital Convention on EV Engineering right here.

Broadcast dwell April 17 – 20, 2023, the convention content material will span the EV engineering provide chain and ecosystem, together with motor and energy electronics design and manufacturing, cell growth, battery methods, testing, powertrains, thermal administration, circuit safety, wire and cable, EMI/EMC and extra.