Green Hydrogen Microgrids
Green hydrogen microgrids for future energy needs
A green hydrogen microgrid uses renewable electricity to produce hydrogen, stores it, and converts it back to electricity when needed. Voltaris is exploring its first pilot.
Current status: Pilot development and fundraising
Illustrative imagery. Facilities shown are not Voltaris Energy assets.
What the solution does
Scope and capabilities
- Renewable generation feeding an electrolyser
- Hydrogen storage as a longer-duration energy reserve
- Fuel cells generating electricity on demand
- Integration with local power demand as a self-contained microgrid
How it works
From generation to delivery
- 1
Solar / Wind
Renewable sources generate clean electricity.
- 2
Electrolyser
Electricity splits water into hydrogen and oxygen.
- 3
Hydrogen storage
Hydrogen is stored for later use, potentially for longer periods than batteries.
- 4
Fuel cells
Fuel cells combine hydrogen with oxygen to produce electricity.
- 5
Electricity
Power is supplied to the connected site or microgrid.
Who it suits
- Industrial townships
- Commercial complexes
- Locations with varying base and peak demand
- Selected hard-to-abate energy applications
Key applications
- Industrial townships
- Commercial complexes
- Locations with varying base and peak demand
- Selected hard-to-abate energy applications
How it can be structured
- Feasibility studies with industrial and institutional partners
- Pilot development and technology integration
- Funding and investment partnerships
Voltaris is exploring its first pilot. No operating hydrogen installation is presented.