IS YOUR BATTERY FIT? SAFETY LIFESPAN 10+ WHAT MAKES A WINNING BATTERY? 1,2 15X 50% NEW VEHICLES COST AND PERFORMANCE KNOW-HOW 1 2 3 THE BATTERY GRAND CHALLENGE VIRTUAL FIELD FOR BATTERY DEVELOPMENT Are you ready to take on the challenge? Let us help you! To learn more, visit go.3ds.com/TrustTheDrive All Physics, All Scales Data Driven On Premise, On Cloud BMS 1 0 01 1 1 0 0 0 1 1 1 0 01 0 0 COST $ RANGE CHARGE RATE Simulate and implement operation strategies for the battery and its auxiliary systems, develop supervision algorithms for monitoring battery behavior. Optimize battery system performance in context of the full vehicle for a large range of scenarios and operating conditions. Ensure structural integrity and optimal thermal management of battery module and pack. Gain insight into the behavior of the electrode at the nanoscale level and predict the properties of the electrolyte to parameterize cell models. Battery Cell Material Design Battery System Engineering & Vehicle Integration Battery Management System Design Battery Module & Pack Engineering Battery Cell Engineering Optimize cell KPIs for energy, lifespan and safety using multi-discipline simulations. A guide to fast and ﬂexible engineering decisions to win the e-mobility championship The race is on globally to introduce new vehicle types—shared, connected, autonomous, and purpose-tailored vehicles on the ground, air and sea. Manufacturers are looking to reduce the high upfront battery costs, without compromising performance and safety. They must ﬁnd ways to leverage technology innovations such as evolving Li-ion solutions, solid-state, and those to scale production and the supply chain. Decentralized know-how across organizations is preventing the agile engineering of the right-for-each-vehicle batteries and their timely delivery. Sales of electric vehicles are expected to increase 15 times by 2030! The battery represents up to 50% of the total electric vehicle cost today. 3 The 3DEXPERIENCE ® platform offers a collaborative and connected environment of digitally united best-in-class solutions REFERENCES 1. “Global EV Outlook 2018”, International Energy Agency 2. www.ev-volumes.com/country/total-world-plug-in-vehicle-volumes 3.“In-depth: eMobility 2018”, Statista Mobility Market Outlook – Trend Report

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IS YOUR BATTERY FIT?

SAFETY LIFESPAN

10+

WHAT MAKES A WINNING BATTERY?

1,2

15X

50%

NEW VEHICLES

COST AND PERFORMANCE

KNOW-HOW

THE BATTERY GRAND CHALLENGE

VIRTUAL FIELD FOR BATTERY DEVELOPMENT

Are you ready to take on the challenge? Let us help you! To learn more, visit go.3ds.com/TrustTheDrive

All Physics, All Scales Data Driven On Premise, On Cloud

BMS

1 10

0 10

COST

$RANGE CHARGE RATE

Simulate and implement operation strategies for the battery and its auxiliary systems, develop supervision algorithms for monitoring battery behavior.

Optimize battery system performance in context of the full vehicle for a large range of scenarios and operating conditions.

Ensure structural integrity and optimal thermal management of battery module and pack.

Gain insight into the behavior of the electrode at the nanoscale level and predict the properties of the electrolyte to parameterize cell models.

Battery Cell Material Design

Battery System Engineering & Vehicle Integration

Battery Management System Design

Battery Module & Pack Engineering

Battery Cell Engineering Optimize cell KPIs for energy, lifespan and safety using multi-discipline simulations.

A guide to fast and flexible engineering decisions to win the e-mobility championship

The race is on globally to introduce new vehicle types—shared, connected, autonomous, and purpose-tailored vehicles on the ground, air and sea.

Manufacturers are looking to reduce the high upfront battery costs, without compromising performance and safety. They must find ways to leverage technology innovations such as evolving Li-ion solutions, solid-state, and those to scale production and the supply chain.

Decentralized know-how across organizations is preventing the agile engineering of the right-for-each-vehicle batteries and their timely delivery.

Sales of electric vehicles are expected to increase 15 times by 2030!

The battery represents up to 50% of the total electric vehicle cost today.3

The 3DEXPERIENCE® platform offers a collaborative and connected environment of digitally united best-in-class solutions

REFERENCES1. “Global EV Outlook 2018”, International Energy Agency

2. www.ev-volumes.com/country/total-world-plug-in-vehicle-volumes3. “In-depth: eMobility 2018”, Statista Mobility Market Outlook – Trend Report

https://www.3ds.com/products-services/simulia/resources/trust-the-drive/