Tailoring designs for energy storage, desalination
Why including non-carbon options is key
Producing electricity from industrial waste heat
Providing a new understanding of catalysts
Addressing emerging issues in the electric power sector
Recovering material for novel solar cells
Developing a battery to harness intermittent renewables
A small-scale, flexible, reliable source of energy
Explaining the high performance of a promising material
New catalysts lead to unprecedented efficiency
Low-cost, long-lasting storage for the grid
Review of wholesale markets and regulations for advanced energy storage services in the United States
September 2018
Apurba Sakti, Francis O'Sullivan
Energy Storage for the Grid
April 2018
David M. Hart, William Bonvillian, Nathaniel Austin
Comments on FERC’s Energy Storage NOPR (RM16-23)
February 2018
Jesse Jenkins and Nestor Sepulveda of MIT discuss what the future looks like for reducing CO2 emissions in electricity
Optimization model shows that operating nuclear plants flexibly can reduce electricity costs, increase revenue for nuclear plants, and cut CO2 emissions in electric power systems.
Awardees will use grants to advance research in areas including energy storage, renewables expansion modeling, and the chemistry of electrocatalysts.
Electrical Engineering & Computer Science
Chemical Engineering
Aeronautics and Astronautics
MIT Energy Initiative
Mechanical Engineering
Materials Science and Engineering
Earth, Atmospheric, and Planetary Science
Urban Studies & Planning
Chemistry
Sloan School of Management
MIT Joint Program on the Science and Policy of Global Change; Sloan School of Management
Nuclear Science and Engineering
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