We spend enormous amounts of energy on fighting off the heat in the summer, or throughout the whole year at lower latitudes—about one-tenth of the total worldwide electricity supply.

Solar panels aren’t just for rooftops anymore – some buildings even have these power-generating structures all over their facades. 

One of the world’s largest pumped hydropower projects, with an electricity storage capacity equivalent to 400,000 electric vehicles, is set to begin operations soon in the Swiss Alps.

The economy of Southern Africa is rapidly developing, driving a growing demand for electricity.

It was just a piece of junk sitting in the back of a lab at the MIT Nuclear Reactor facility, ready to be disposed of. 

Scientists have created a novel technology that can help to tackle climate change and address the global energy crisis.

An estimated two-thirds of humanity is affected by shortages of water, and many such areas in the developing world also face a lack of dependable electricity. 

The study presented novel modeling of multiple building electrification scenarios

Information about past outlier conditions could provide valuable context to help operators better manage the grid during extreme weather.

A collaboration between professors and students at the School of Architecture yielded an eye-catching design with major potential for improving efficiency and sustainability in urban spaces.