Cambridge

A biophotovoltaic fuel cell system that uses engineered algae to convert sunlight into electrical power through photosynthesis. The system is five times more efficient than similar plant-based fuel cell systems and is designed with separate charging and power delivery components.

A renewable energy system that uses photosynthesis in algae to generate power, offering a more affordable alternative to conventional hydrogen-powered fuel cells.

A structural embedding for the nanocluster that ensures quantum stability and boosts charge transfer.

A fuel cell system that uses algae and biological mechanisms to convert sunlight into electrical power, rather than relying on hydrogen.

United Kingdom

MENA

An online tool designed to help residents, businesses, and property owners in Cambridge, Massachusetts understand the potential electricity generation and financial benefits of installing rooftop solar energy systems.

A pilot test to evaluate the performance of the new nanocluster catalyst under industrial conditions for hydrogen production.

The world's first stable quantum semiconductor nanocluster, less than 1 nanometer in size, designed for efficient green hydrogen production through photocatalytic water splitting.

An online application that helps residents, businesses, and property owners in Cambridge, Massachusetts estimate electricity generation potential and financial returns from rooftop solar energy installations.

A biophotovoltaic fuel cell system that uses engineered algae to convert sunlight into electrical power through photosynthesis. The system is five times more efficient than similar plant-based fuel cell systems and is designed with separate charging and power delivery components.