Energy Department Awards Nearly $55 Million to Advance Fuel Efficient Vehicle Technologies in Support of EV Everywhere and SuperTruck

Included in the Obama Administration’s strategy to improve energy productivity, reduce Many reliance on foreign essential oil and cut harmful emissions the Energy Department today announced a great investment of nearly $55 mil for 24 projects to build up and deploy cutting-edge automobile technologies that will strengthen the actual U. S. clean power economy. These technologies will certainly play a key role within increasing fuel efficiency as well as reducing petroleum consumption, whilst also supporting the Energy Department’s EV Everywhere Grand Problem to make plug-in electric automobiles as affordable to own and also operate as today's gasoline-powered vehicles by 2022.

“Investing in advanced vehicle technology will improve the efficiency associated with today’s vehicles while additionally supporting the next generation of mixed and electric vehicles, ” said Energy Secretary Ernest Moniz. “The deployment of those technologies will give Americans numerous choices when they are choosing a vehicle, although also creating jobs along with cutting harmful carbon emissions. ”

Through the Advanced Automobile Power Technology Alliance using the Energy Department, the Division of the Army is adding an additional $2. 26 thousand in co-funding to support tasks focused on battery modeling systems and computational fluid aspect.

The investments announced these days will go toward a wide range of investigation, development, and demonstration assignments that aim to reduce the cost and improve the efficiency regarding plug-in electric, alternative energy, and conventional vehicles. These types of selections are under 2 major thrust areas:

Crucial Technologies to meet the EV Everywhere Grand Challenge: 16 projects are aimed at decreasing the cost and improving the particular performance of key PEV components. This includes developing superior manufacturing and process technological innovation for advanced battery components, advanced electrode and cellular fabrication manufacturing, and incorporated wide band gap energy modules for next era plug-in vehicles. Other jobs focus on electric drive electric battery modeling for vehicles in addition to advancing lightweight materials analysis to help electric vehicles boost their range and reduce battery power needs.

Fuel Efficiency Enhancements in Passenger Vehicles as well as Commercial Trucks: Eight plans are aimed at improvements such as developing and demonstrating dual-fuel or dedicated natural gas motor technologies for high-efficiency moderate and heavy-duty vehicles to lessen petroleum usage and building advanced computational fluid design models to accelerate the introduction of advanced engine technologies. Creating on the SuperTruck activity, some other projects aim at developing allowing technologies to improve the effectiveness of heavy-duty diesel engines.

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