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Explore the necessity of smart charging for electric cars to create a mass market and avoid peak demands. Discover the potential for ISO, IEC, and ITU to develop industry standards and enable efficient parking as a service enabler for ITS. Learn about the importance of in-vehicle networking evolution for automotive connectivity and reducing CO2 emissions.
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Fully Networked Car and Climate Change Bernard Dugerdil on behalf of Denis Griot Freescale Semiconductor
Facts & Figures • Road congestion costs amount on average to 1 % of GDP in the EU. • Road transport accounts for 72 % of all transport -related CO2 emissions, which have increased by 32 % (1990-2005). • Road fatalities still amount to 43000 in Europe and 41000 in US
Electric car as a model for sustainability • Need to create electric cars mass market BUT need smart charging to avoid current peak • Opportunity for ISO, IEC and ITU • Better place solution • Exchange the battery for less than 5mn • Need standards to do this • One standard , One test report, One certificate • Smart Charging in a country with low renewable sources • Smart grid concept
Efficient Parking: A service enabler for ITS • In Large cities an average of 20mn is required to find parking • Changing driver attitude • Proxy Servers for content services • Carpark service Concept • Find parking availability, price,.. • This service is free for end user: Parking utility will pay for the service • Other service Included e.g. • Navigation with data • White and yellow pages
Outstanding Innovation in Automotive Networking • Car is not yet open to the external world • Automotive Megatrend • Green, Safety, affordable and Connectivity • Reducing the weight is important and in-vehicle networking is part of this weight reduction • Electronic product consumption must also be reduced • Increasing demand of intelligence: Multicore is part of the solution but need more software • In-vehicle networking evolution: Central gateway: Next Gen Gateway (must be standardize)