Carnot IFPEN Transports Energie

The rapid emergence of electric vehicles is driving an explosion in the demand for batteries, which is set to increase ten-fold by 2030. Several challenges are associated with batteries.

The IFPEN Transports Energie Carnot Institute is an active player in the energy and environmental transition towards low-carbon and sustainable mobility. It proposes and develops innovative, technological and/or digital solutions for industry, users and public decision-makers, aimed at increasing the energy efficiency and reducing the environmental impacts of transport systems

Hydrogen OVERVIEW AND CHALLENGES Hydrogen is an energy vector that can act as a bridge between primary energy sources and end uses. It is considered to be an “energy transition vector” due to its potential to bring about a cleaner, more sustainable energy system across its entire value chain. Currently

Connected mobility OVERVIEW AND CHALLENGES At a time when mobility is evolving to address the objectives of decarbonization, mobility data represent crucially important resources. Even before the advent of driverless vehicles, it is necessary to be able to understand, analyze and, indeed, predict major events (Covid-19, natural disasters, pollution, etc.)

IC powertrains OVERVIEW AND CHALLENGES In addition to electrification, achieving the ambitious CO 2 emission reduction targets for the transport and off-road sector by 2030 requires a significant improvement in IC engines using environmentally-friendly fuels or renewable hydrogen, in such a way as to: make clean, efficient technologies accessible to

Electrified Mobility Overview and challenges Electrification represents one of the major levers to decarbonize the transport sector. IFPEN is a key player in the process, developing technological and software solutions aimed at increasing the energy efficiency and reducing the environmental impacts of transport propulsion systems. IFPEN’s approach consists of defining