Power + Water
Solar-powered systems that extract moisture from the air and produce clean water.
How Much Water Can It Produce?
T-12
Approximately up to
15
gallons per day
T-100
Approximately up to
180
gallons per day
T-200
Approximately up to
365
gallons per day
Actual water production depends primarily on temperature, humidity, available power and operating conditions. Published production figures represent output under favorable environmental conditions. Winged Solar Power + Water systems are sized around the actual site and application.
Which Platform Pairs With Which Water System
Sparrow + T-12
Home Resilience, remote communications and smaller distributed applications
Eagle + T-100 / T-200
Commercial, municipal, critical infrastructure and larger resilience projects
Hawk + T-100 / T-200
Mobile, temporary and remote Power + Water deployments
Note: a T-12 can also be paired with Eagle or Hawk when a smaller water requirement makes sense.
Solar to water, in five simple steps.
01 Winged Solar generates clean power.
02 Battery storage stabilizes the load and extends operating hours.
03 The water-from-air unit produces water when conditions support it.
04 Filtration and treatment prepare water for use.
05 Storage tanks create reserve capacity for operations.
Platform Configurations
Eagle™
Altitude Water T‑100 / T‑200
High-capacity solar, storage, and water-from-air configurations for commercial sites, critical infrastructure, remote operations, and resilience hubs.
Sparrow™
Altitude Water T-12
Compact solar + storage + water-from-air + EV charging support for homes, rural properties, and resilience applications.
Hawk™
Altitude Water T-100 / T-200
Mobile deployments and temporary infrastructure. Solar, Storage, Water & EV Support
Eagle / Hawk smaller option — Altitude Water T-12 can also be offered when the project needs a lighter-duty or demonstration-scale water-from-air configuration.
Water output depends on site conditions.
Not Magic — Sized to the Site
Water from air is not magic. Output depends on humidity, temperature, available power, operating hours, filtration, maintenance, and storage design. Hot, humid environments generally produce more water. Dry or cold environments produce less. Winged Solar sizes each Power + Water system around the actual site, expected water demand, climate data, storage requirements, and operating strategy.
