MIT Energy Initiative

Daniel Sperling, professor of civil engineering and environmental science and policy at the University of California at Davis and member of the California Air Resources board, during his talk at MIT.

3 Questions: The future of transportation systems

Daniel Sperling of the University of California at Davis discusses the major transformations in store for mobility.

March 13, 2018

A new era in fusion research at MIT

MIT Energy Initiative founding member Eni announces support for key research through MIT Laboratory for Innovation in Fusion Technologies.

March 9, 2018

Now in its 13th year, the MIT Energy Conference is run by the MIT Energy Club, a student-run organization that is the largest such club in the world, with about 5,000 members.

MIT Energy Conference speakers say transformation can happen fast

New technologies, systems, and business models are rapidly changing the energy landscape, experts attest.

March 6, 2018

Professor James Kirtley Jr. (left) and Tata Fellow Mohammad Qasim hold a state-of-the-art ceiling fan that they use as a benchmark for evaluating the performance of their motor designs. A variety of instruments generate measurements they use to calculate how much of the power from the fan ends up actually moving air, determining the efficiency of the device.

Making appliances and energy grids more efficient

The Tata Center is building a high-efficiency, affordable electric motor that could have a huge impact in India, home to as many as half a billion ceiling fans.

February 28, 2018

3 Questions: The future of nuclear energy

Jacopo Buongiorno and John Parsons, co-directors of the MITEI Low-Carbon Energy Center for Advanced Nuclear Energy Systems, discuss how to overcome the challenges and realize the benefits of expanding nuclear power.

February 21, 2018

Air pollution in Bangladesh and Northern India

Projecting the impacts of climate change

Joint Program researchers advocate for improved modeling approach.

February 13, 2018

Jennifer Rupp's current ceramics research applications range from battery-based storage for renewable energy, to energy-harvesting systems, to devices used to store data during computation.

Jennifer Rupp: Engineering practical ceramics

Assistant professor in EECS is developing materials with novel structures and useful applications, including renewable energy and information storage.

February 9, 2018

Carissa Skye a third-year physics major who interned at Shell in Hamburg, Germany, poses at the top of the Hamburg Planetarium.

Undergrads gain experience in energy sector with MITEI member companies

MISTI places MIT students in energy-focused internships abroad.

February 6, 2018

The co-directors of MITEI’s Low-Carbon Energy Center for Electric Power Systems Research are (left) Christopher Knittel, the George P. Shultz Professor of Applied Economics at the MIT Sloan School of Management, and Francis O'Sullivan, director of research for the MIT Energy Initiative.

3 Questions: Transforming our electric power system

Christopher Knittel and Francis O'Sullivan, co-directors of the MITEI Low-Carbon Energy Center for Electric Power Systems Research, are exploring cleaner, more reliable, and more cost-effective solutions.

February 2, 2018

Soon-to-be assistant professor Jing Li’s training in economics allows her to examine each step as a clean energy technology progresses from the lab to the marketplace.

Jing Li: Applying economics to energy technology

Soon-to-be assistant professor of applied economics focuses on development and deployment solutions that can help the world move to a low-carbon future.

January 30, 2018

Professor William Tisdale (left), Rachel Gilmore PhD '17, and their colleagues are developing novel methods of synthesizing quantum dot materials for use in solar cells, LEDs, and more. Testing confirms that their new techniques enable them to control the nanoscale structure of their materials — the key to high performance in energy devices.

Novel methods of synthesizing quantum dot materials

MIT researchers are optimizing nanostructures for energy devices such as solar cells.

January 24, 2018

$Hydraulic fracturing is an industrial process in which a mixture of water, sand, and chemicals is injected into a well at rates of up to 4,000 gallons per minute, at pressures up to 10,000 pounds per square inch.$

MIT News | Massachusetts Institute of Technology

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