Northeastern University

A new solar cell developed by Northwestern University researchers that uses a tin-based perovskite structure and has achieved 15% efficiency.

A metallic hydrogen storage sponge material developed by Northwestern University scientists that can store larger amounts of hydrogen at lower pressures than conventional tanks.

Devices that convert chemical energy from a fuel into electricity through an electrochemical reaction, producing minimal emissions.

A new type of solar cell that uses lead and other common elements to generate electricity. These cells are cheaper than conventional silicon cells, require lower manufacturing temperatures, and have reached 19% efficiency.

Fuels derived directly from plant matter.

United States

Illinois

Research and development focused on creating a new fuel cell membrane electrode assembly architecture that is better suited to heavy duty vehicles, aiming for high-power output and extreme durability.

A research project at MIT that develops and demonstrates a recycling technology to extract lead from old lead-acid batteries for use in manufacturing perovskite solar cells.

Solar cells manufactured using lead extracted from recycled lead-acid batteries. These cells are cheaper than silicon alternatives, require simpler manufacturing at lower temperatures, and have achieved 19% efficiency.

A metallic hydrogen storage sponge material developed by Northwestern University scientists that can store larger amounts of hydrogen at lower pressures than conventional tanks.

A new solar cell developed by Northwestern University researchers that uses a tin-based perovskite structure and has achieved 15% efficiency.