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A new model developed by an MIT-led team shows that liquid air energy storage could be the lowest-cost option for ensuring a continuous supply of power on a future grid dominated by carbon-free but intermittent sources of electricity.
New items have been added or updated in the last 30 days.
As a part of her MITEI Energy UROP, Janina Shivdasani analyzed the climate and energy research conducted at MIT in order to communicate those findings accessibly to policymakers and others outside of academia.
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Energy of the Future
As a part of her MITEI Energy UROP, Rachel studied semiconductor materials capable of withstanding extreme temperatures, enabling more efficient electronic systems in geothermal energy technologies.
New items have been added or updated in the last 30 days.
Energy of the Future
As a part of her MITEI Energy UROP, Riddhi contributed to developments in geothermal energy and underground resource management with a machine learning model she created to monitor how solutes and fluids flow underground.
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Energy of the Future
As a part of her MITEI Energy UROP, Sonia analyzed policies and incentives for battery storage in New York State, addressing the policy roadblocks that exist between technology creation and adoption.
New items have been added or updated in the last 30 days.
Energy of the Future
As a part of his MITEI Energy UROP, Javier helped transform carbon dioxide into useful by-products, improving the efficiency and economic value of carbon capture technologies.
