Eindhoven University of Technology

A prototype solar cell development project that produces hydrogen fuel directly from water using sunlight and gallium phosphide material.

A solar-powered family car developed by Eindhoven that competed in the World Solar Challenge. The vehicle was designed around solar energy use with emphasis on practicality and energy efficiency.

A solar-powered family car designed for practical use with five-passenger capacity. The vehicle integrates photovoltaic technology and was developed with emphasis on energy efficiency and practicality.

A device used to split water into hydrogen and oxygen through electrolysis. Bloom Energy produces solid-oxide electrolyzers.

Hydrogen produced from renewable electricity sources, considered a critical component for hydrogen's long-term credibility as a clean fuel.

Technology that generates electricity through an electrochemical reaction between hydrogen and oxygen, with water as the only byproduct.

Netherlands

China

Europe

A prototype solar cell development project that produces hydrogen fuel directly from water using sunlight and gallium phosphide material.

The planned next phase system, intended to have a fifteen times larger capacity than the SIR One, reaching 500 kWh.

A solar-powered family car developed by Eindhoven that competed in the World Solar Challenge. The vehicle was designed around solar energy use with emphasis on practicality and energy efficiency.

A solar-powered family car designed for practical use with five-passenger capacity. The vehicle integrates photovoltaic technology and was developed with emphasis on energy efficiency and practicality.

The world's first solar-powered family vehicle, equipped with integrated solar panels that generate electricity for its battery system. Designed to travel approximately 500 miles per charge, with potential for up to 20,000 kilometers annually in sunnier climates. Can be recharged at conventional electric vehicle charging stations.

A CO2-free fuel produced by burning iron powder to generate heat and electricity. The residual metal oxide is 100% recyclable and converted back into iron powder, creating a closed-loop system.