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November 2017
Real-Time Quality-Control Testing for Fuel Cells Becomes Reality
NREL's QCORD project poised to help auto industry ramp up production
NREL's Energy Storage and REopt Teams Awarded $525k from TCF to Study Commercial Viability of Optimal, Reliable Building-Integrated Energy Storage
NREL's Energy Storage and REopt Teams are recipients of a $525k monetary award to commercialize building-integrated energy storage control strategies, working with private industry partner, Eaton Corporation. These funds from the Technology Commercialization Fund (TCF) at the Office of Technology Transition (OTT) are part of 19.7 million in total funding provided to help businesses move promising energy technologies from the Department of Energy's (DOE's) National Laboratories to the marketplace, encompassing 54 projects across 12 National Laboratories and involving more than 30 private-sector partners.
NREL Bridges Fuels and Engines R&D to Maximize Vehicle Efficiency and Performance
New State-of-the-Art Equipment Expands Research Capabilities
October 2017
NREL Blows Up Batteries to Make the World Safer
NREL is Helping to Safely Power Our World One Controlled Explosion at a Time
NREL Wins Prestigious UK "Academy Award" for Engineering
In the U.S. engineering world, R&D 100 Awards are the equivalent of Oscars, and the Engineer Collaborate to Innovate Award is the United Kingdom (UK) version on the other side of the pond. In September, NREL partners from University College London (UCL), along with NASA, the European Synchrotron Research Facility (ESRF), and the UK National Physical Laboratory (NPL), won an Engineer Collaborate to Innovate Award in the category of Safety & Security for lithium-ion (Li-ion) battery safety research using NREL's patented, R&D Award-winning Battery Internal Short Circuit (ISC) Device.
NREL Charges Forward to Reduce Time at EV Stations
Shortening recharge times may diminish range anxiety and increase electric vehicle (EV) market viability. Therefore, speeding up battery charging is crucial to improving the convenience of owning and driving an electric vehicle (EV). The Energy Department's National Renewable Energy Laboratory (NREL) is collaborating with Argonne National Laboratory (ANL), Idaho National Laboratory (INL), and industry stakeholders to identify the technical, infrastructure, and economic requirements for establishing a national extreme fast charging (XFC) network.
Undersea Microbes Provide Path to Energy Storage
NREL establishes first demonstration project in United States.
Study Estimates Consumer Demand for Electric Vehicle Charging Stations in Colorado
As the number of electric vehicles in Colorado continues to rise, the demand for publicly accessible charging stations increases as well. In partnership with the Regional Air Quality Council and the Colorado Department of Transportation, NREL conducted a study to help the state predict consumer demand for charging stations.
September 2017
NREL to Helm Laboratory Consortium Focused on Vehicle Connectivity and Automation
Self-driving cars are the future of transportation, but little is known about their impact on energy demands. NREL's Chris Gearhart is leading a multi-lab initiative to maximize the combined potential of innovations in connectivity, automation, multi-modal systems, behavioral science, urban science, vehicles, and infrastructure.
NREL, EasyMile Collaboration to Usher in New Wave of Autonomous Vehicle R&D
In an important step toward furthering intelligent, efficient, and autonomous electric vehicles, NREL plans to partner on research and development efforts with EasyMile, a French smart mobility solutions company with offices in Denver, Colorado, and Singapore.
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Last Updated May 5, 2025