NEXT GENERATION ENERGY
OFF THE SHELF
PROVEN TECH
ONLY
Road Roof PV
Fuel cell & Batterys
Communication
Electrolysis
DC Microgrid
H pipeline
2
H O pipeline
2
Local green hydrogen is crucial to the global transition away from carbon-heavy fuels and combustion-based systems toward a clean, electrified, and energy-secure future.
HydRoad dramatically reduces the need for hydrogen compression, storage, and long distance transport by delivering a road integrated infrastructure that enables high volume, on demand supply of both electricity and green hydrogen directly where it’s needed.
The Hydroad system competes with centralized green hydrogen supply chains and large-scale market electrification by offering lower infrastructure costs, competitive efficiency and pricing, and greater long-term system durability.
Challenge
Fossil fuels are a primary driver of climate change. While electrification is widely seen as the next step toward renewable energy adoption, it comes with significant limitations, including costly infrastructure upgrades and a heavy dependence on environmentally resource-intensive batteries.
Opportunity
Green hydrogen, produced from water and renewable energy, offers a clean, scalable alternative for both fuel and energy storage. Yet, the lack of efficient infrastructure to connect hydrogen production with end users remains a major barrier, one that reduces system wide efficiency and slows adoption.
Solution
HydRoad bridges this gap with a simple, cost effective, and fully emission free energy system designed to meet humanity’s growing energy demand. By transforming existing roads into solar powered infrastructure, HydRoad produces, stores, and distributes green hydrogen directly where it’s needed. Our integrated network strengthens the clean energy transition by delivering both renewable electricity and hydrogen, giving the market flexible access to multiple clean energy pathways.
By leveraging existing infrastructure, HydRoad reduces energy transport and storage costs by up to 60%, making clean energy networks deployment faster, more scalable, and economically viable.
Integrating local direct current (DC) microgrids that connect all system components together, from solar capture and hydrogen generation to storage and
end-use, each operating natively on DC.
This architecture reduces the need for DC-AC conversions, cuts energy losses, eases pressure on the conventional AC grid, and strengthens energy resilience within the local community.
As part of the broader transition, the HydRoad method complements and accelerates existing decarbonization strategies through its integrated approach, which includes electric vehicle (EV) charging, renewable grid integration, hydrogen refueling, localized thermal energy supply, and the production of sustainable fuels and fertilizers locally.
With zero emissions and significantly reduced electronic waste, HydRoad represents the next generation of energy networks: clean, stable, distributed, and bright.