Global EV Advanced Materials & Thermal Management 2021

07 - 08 July, 2021 | Online Event

As batteries for electric vehicles become smaller and more performant, they also produce more heat which must be dissipated safely. With a myriad of companies developing best-in-class thermal interface materials that combine high thermal conductivity and low viscosity with the ability to maintain insulating properties, OEM interest in thermal management is burgeoning to new levels. 

The Global EV Advanced Materials & Thermal Management 2021, will take place online on 7 & 8 July 2021, focusing on real application case studies to optimize cost efficiency, driving range, battery health, and vehicle performance. Examine the latest OEM and Technology perspectives on:

    • Strategies For Integrating Thermal Management Systems In EV Platforms
    • Advanced Thermal Interface Materials To Protect EV Batteries/Battery Cells
    • Thermal Management For Solid-State & Beyond Li-Ion Batteries
    • Strategies to Prevent and Limit Thermal Runaway Incidents
    • Manage The Impact Of Ultra-Rapid Charging On Thermal Management
    • EV Battery Pack Safety And Reliability With Thermal Management And Sealing
    • New Developments in Heating and Cooling Technologies for Cabin Comfort
    • Powertrain Thermal Management
    • Cooling Methods for Power Electronics

    For this year’s event, we are seeking three best-in-breed vendors that provide thermal management products, cooling systems, packaging materials, amongst other categories. If you’d like to discuss this opportunity further, please email enquire@iqpc.co.uk

DAY ONE: WEDNESDAY 7 JULY, 2021

9:00 EST
STRATEGIES FOR FULLY INTEGRATING THERMAL MANAGEMENT SYSTEMS IN EV PLATFORMS: KEYNOTE PRESENTATION

Pranesh Dewangan, Deputy Manager - Battery Thermal Management, Mahindra Electric Mobility


10:00 EST
LEARN HOW TO DEVELOP & INTEGRATE A HOLISTIC THERMAL MANAGEMENT SYSTEM FOR 
OPTIMIZING COST, DRIVING RANGE AND VEHICLE PERFORMANCE INCLUDING THERMAL MANAGEMENT FOR SOLID-STATE BATTERIES

Pranav Nagaveykar, Engineer, EV Battery Design, Ford Motor Company

11:00 EST
META-REVIEW OF FIRE SAFETY OF LITHIUM-ION BATTERIES: INDUSTRY CHALLENGES AND RESEARCH CONTRIBUTIONS

Jorge Varela Barreras, Senior Researcher in Battery Modelling, Imperial College

12:00 EST
INFORMING BATTERY DESIGN WITH THE BATTERY FAILURE DATABANK

William Walker, Battery Thermal Engineer, NASA

DAY TWO: THURSDAY 8 JULY, 2021

9:00 EST
CURRENT DEVELOPMENTS IN MATERIALS AND THERMAL MANAGEMENT, FOCUSING ON THE BATTERY MODULE


Andre Schlott, Head of Business Unit, Energy & Management, Fraunhofer 


10:00 EST
HIGH PERFORMANCE BATTERY COOLING BY INNOVATIVE IMMERSION COOLING SYSTEMS


Thomas Kraft, Business Development Manager eMobility, FUCHS Global OEM Division
 
11:00 EST

NEW DEVELOPMENTS IN HEATING AND COOLING TECHNOLOGIES FOR OPTIMISED CABIN COMFORT

Neelaish Pant, Thermal Engineer, Euler Motors

12:00 EST
COOLING METHODS FOR POWER ELECTRONICS

Who is this event designed for & who should attend? 

  • Electric, Autonomous and Hybrid Vehicles Manufacturers
  • Tier 1 and Tier 2 suppliers in the EV space, including:
  • Battery and Fuel Cell Manufacturers
  • Battery Management Systems Suppliers

  • Lithium-Ion/Li-Ion Battery Companies
  • Solid-State Batteries Companies
  • Electrified Powertrain Systems and Component Suppliers
  • Thermal/Cooling Systems and Related Component Manufacturers
  • eMobility/Charging Infrastructure Companies
  • High Voltage Systems and Power Semiconductor Suppliers
  • CAE Software and Modelling Suppliers
  • Benchmarking Engineering Services Providers
  • Engineering Consultancies

With Job titles including but not limited to:
  • CEOs, VPs, Directors, Heads of, Technical Leads, Managers, Engineers, Scientists of:
  • BEV, Hybrids and Mild-Hybrid
  • Electrification
  • Batteries
  • Energy Storage
  • Cooling and Thermal Management
  • Materials
  • Research, Development & Innovation
  • eMobility & Charging Infrastructure
  • Powertrain Engineering & Propulsion
  • Systems & Control Engineering
  • Vehicle Architecture, Body Structure & BIW

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