• Learn how an effective thermal battery management system lowers active heat from batteries to change/increase the overall drive range of the vehicle
• Sharing data on how much range increases by making small changes to the thermal management strategy
• Learn top tips to extend vehicle range at a stroke using a highly energy efficient thermal management system
• How to optimize automatic temperature control for least power consumption for improved range improvement
Moderate by: Bashar AbdulNour, Professor of Engineering Practice, Department of Mechanical Engineering, Kettering University
9:10AM Question & Answer Session
9:50AM Question & Answer Session
• Assess how to balance the higher cost of having a heat pump with increase in battery range
• Find out how low the ambient temperature can go before the heat pump becomes ineffective
• Advantages of a heat pump in cold weather
• Technologies and novel concepts that have the potential to make a heat pump more efficient/effective
10:30AM Question & Answer Session
Right now, everyone is moving towards adopting a heat pump application. Some, however, are asking the question – what’s next? What innovation is around the corner that is going to be more effective than heat pumps?
• This technical presentation sheds light on what will be the greatest innovations beyond heat pumps.
11:40AM Question & Answer Session
Reserved for a best in class vendor. Please contact partner@automotive-iq.com
There is a lot of buzz around Solid-State battery technology, even though they are still in an early phase and still very theoretical. The technology promises a lot from an energy density improvement, thermal efficiency, and stability point of view. LFP batteries are getting more popular, with a lot of players adopting an LFP strategy. Tesla is extending their battery business with LFP alongside NCA. As with anything, LFP batteries have both drawbacks and advantages. LFP might be more cost-effective, but they are less energy dense and come with a whole new range of thermal issues.
• What does the solid-state and LFP battery landscape look like, and what stage are they at?
• What is the expected cost impact on battery cells?
• Examining the thermal management aspect of solid state batteries and LFP batteries
• Quantifying improvement in energy density, increase in thermal efficiency and thermal stability of the cells
1:00PM Question & Answer Session
• What can be done in the interiors to create more constant comfort
• How does the refrigeration circuit handle both cabin cooling ad battery cooling
• Control of the AC components to control the battery cooling requirement as well as the cabin cooling requirement.
2:40PM Question & Answer Session
• Understand the impact of wind flow and solar load on how much and how quickly the battery pack heats up
• How to effectively place the battery for efficient thermal management in extreme hot or cold temperatures
• Sharing different battery cooling strategies for different temperatures
3:20PM Question & Answer Session
• Latest trends in cold plate
• How to use cold plate to cool down the batteries
• Sharing case studies on how efficient and accurate cooling of an electric vehicle battery cold plate is ensured optimum performance, battery reliability, and lifecycle return on investment
4:30PM Question & Answer Session
5:10PM Question & Answer Session