Jeffrey Grossman

Public research university specializing in technology, science, and engineering, founded in 1829

Research and education

A specialized liquid composed of hydrogen, carbon, and nitrogen that absorbs and stores solar energy for extended periods (months to years) and releases it as heat on demand without greenhouse gas emissions.

Solar cells designed in a three-dimensional structure to capture more sunlight throughout the day compared to conventional static solar panels.

United States

Sweden

Research and development of a novel liquid energy storage system composed of hydrogen, carbon, and nitrogen that can store solar energy for extended periods and release it as heat on demand.

A specialized liquid composed of hydrogen, carbon, and nitrogen that absorbs and stores solar energy for months to years and releases it as heat on demand. Can store approximately 250 watt-hours per kilogram and operates in closed-loop systems without significant degradation.