hydrogrid for water infrastructure
A data center that makes its own water from air
Hydrogrid solves data center dilemmas by reducing or eliminating groundwater offtake, producing high volumes of water in just days
Water supply that keeps projects on schedule
Keep viable land in play
Advance water-constrained sites without waiting for a municipal extension or will-serve commitment.
Phase water with construction
Start with one standard unit, then add identical capacity as each campus block comes online.
Control a critical schedule input
Procure water production as project infrastructure, with a defined footprint, delivery plan, and operating model.
Community engagement
Win local community support with household water security
Overcome development pushback by proving residential water security with Hydropacks at schools, local homes, and public-serving facilities. The community sees a direct local water benefit while the data center is still in development.
Proven technology. Repeatable scale.
Phased deployment
One repeatable unit, add as you go
Hydrogrid can be purchased or project-financed, then phased as campus demand grows.
1 - Rated Conditions: Output varies with temperature and humidity. Capacity figures are shown at 86°F and 80% relative humidity. Aquaria models monthly production for every site.
At a Glance
Hydrogrid high-level features and requirements
Reference condition
86°F / 30°C, 80% RH
- Water source
- Ambient air, produced directly on site
- Rated electrical input
- 170 kW, 3-phase
- Specific energy
- 204 Wh/L, laboratory measured
- Enclosure and siting
- Standard 40-ft ISO container on a concrete pad
- Water treatment
- Filtration, activated carbon, UV disinfection, and mineralization
- Controls and telemetry
- AquariaOS fleet control with live per-unit telemetry
- Campus integration
- Power, storage, treatment, and BMS protocol finalized in the site engineering package
- Deployment
- Delivered and commissioned in weeks; water production begins within days of turn-on
- Optional module
- Campus waste-heat integration, site dependent
##INLINE2## Output varies with temperature and humidity. Figures shown at 86°F and 80% relative humidity. For site-specific output modeling, request a proposal.
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