Hangzhou Zenius New Energy Co., Ltd.
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Containerized Solar AWG: A Water Plant That Arrives Ready to Run
Short answer: it is a water plant that ships as a unit and gets certified in a week. Our Dubai resort deployment went from container delivery to fully certified operation in seven days, with all work confined to the plant room and roof and no guest disruption. Add solar and the plant runs where there is no grid and no water utility.
The same machines are sold and searched for under several labels — air water generator, air-to-water machine, water-from-air machine and atmospheric water maker all describe this equipment. Whichever term brought you here, everything below applies identically.
The seven-day commissioning timeline
| Day | Work |
|---|---|
| 1–2 | Container delivery, positioning and levelling |
| 3 | Ducting — a 30 m run with four elbows to the plant room |
| 4 | Electrical and controls |
| 5 | Plumbing tie-in to the existing distribution line |
| 6 | Power-up, leak test and water-quality testing |
| 7 | Third-party certification on site — plus system handover |
In Dubai the certifying laboratory was SGS Dubai, and the system passed all twelve parameters tested. The full write-up, including ninety days of weekly water-quality results, is in the Dubai resort case study.
What was inside that container
Two Aquaura A1000 units running in parallel, each rated at 1,000 litres per day:
- Energy: 50 kWh per day each under 24/7 operation
- Sound: 75 dB at one metre — sized for a plant room, not a corridor
- Treatment: sediment, activated carbon, reverse osmosis and UV-C as standard
- Telemetry: 4G remote monitoring pushing filter-replacement alerts and water-quality readings
Total capacity 2,000 L/day. Where complaints later arise at sites like this, they trace to siting rather than machinery: keep the intake away from generator exhaust and give the coil clean air.
Adding solar
Solar sizing starts from daily energy appetite, not from the machine’s litre rating. Our worked example for a 100 L/day commercial site — enough drinking and kitchen water for roughly forty people — lands as follows:
| Component | Sizing logic | Result |
|---|---|---|
| Water demand | Drinking + kitchen, 40-person site | 100 L/day |
| Energy need | 100 L at 0.30 kWh/L | 30 kWh/day |
| Solar array | 30 kWh ÷ 5 peak sun hours × 1.35 loss factor | ≈ 8.1 kWp → 9 kWp installed |
| Battery buffer | Cover evening dispensing peak | 10–15 kWh |
Across the range, arrays of roughly 1.5 to 8 kW cover 100 to 2,000 litres per day, with installed systems typically landing between $8,000 and $80,000 and a three to five year return against delivered bottled water. The detailed method is in solar-powered AWG sizing, including the option to store water instead of electricity and skip most of the battery.
Deployments worth knowing about
- Dubai beach resort — 280 rooms, 2,000 L/day, seven days container to certified.
- Australian outback station — A1000 with a 1.5 kW array and a kilometre of pipeline.
- Icelandic fishing hut — A20 fully off-grid on 3 kW of wind plus 1.5 kW of solar.
- Maine cabin, Bahamas sailboat, Oregon tiny-home community — further proofs that the same hardware scales down as cleanly as it scales up.
Bottom line: containerised delivery removes the usual construction risk from a water project. What arrives is configured, tested and remotely monitored; what remains on site is positioning, tie-in and certification measured in days.
Models, pricing and lead times: all AWG models · request a quote · AWG FAQs