University of California - Santa Barbara

Technologies that use solar energy to produce hydrogen gas.

HyperSolar's technology uses solar energy to generate power for hydrogen production, mimicking photosynthesis.

Solar cells designed to produce hydrogen fuel through a photosynthetic process. The patent claims these cells can achieve low cost and high voltage output for hydrogen conversion.

California

United States

A collaborative research project to scale up HyperSolar's hydrogen technologies and develop a commercial prototype using amorphous silicon solar cells and patented nanoparticle solutions for cost-effective renewable hydrogen production.

A patent-pending technology for manufacturing low-cost, high-voltage solar cells capable of producing hydrogen fuel. Developed jointly by HyperSolar and UC Santa Barbara.

A high efficiency thermochemical water-splitter that uses low-cost common materials and common industrial temperatures below 1,000 degrees Celsius to produce green hydrogen.

Solar cells designed to produce hydrogen fuel at low cost with high voltage output. The technology is patent-pending and developed in collaboration with UC Santa Barbara.

An innovative hydrogen fuel production technology that uses solar energy to power electrolysis, based on artificial photosynthesis concepts. The technology aims to reduce the monetary and resource costs associated with traditional hydrogen production methods.

A thermochemical hydrogen production system that uses heat instead of electricity to split water into hydrogen and oxygen. The technology employs a proprietary phase-changing material and near-isothermal reactions to enable continuous, cost-effective green hydrogen production from diverse heat sources.