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Energy Consumption & Cost Considerations

Updated this week

  1. What is the overall energy-cost benefit of using these systems?

    1. The cost-effectiveness depends on local electricity rates and the amount of water produced. Given the average US electricity rate of $0.16 kWh, Aquaria’s units are able to produce water around $.15 per GAL

  2. What is the energy consumption (kWh) per gallon of water produced?

    1. On average, producing one gallon of water requires about 1 kWh of electricity

  3. How quickly do the units produce water in optimal (100% capacity) conditions?

    all in GAL / hour Hydropixel Hydropack S Hydropack Hydropack X 100% efficiency 1 2.75 5.5 11 50% .5 1.375 2.25 5.5

  4. How much electricity does the unit consume overall?

    1. Exact consumption depends on runtime and environmental conditions. In high-humidity environments, the machine may run fewer hours to produce the same volume of water compared to dry climates.

  5. Will the machine shut off automatically if humidity or temperature is too low to produce water efficiently?

    1. Yes. The unit will shut down at 59 F and 25% relative humidity. For the Hydropixel, the display screen will begin flashing when these conditions aren’t met.

  6. Is there any way to reduce power consumption?

    1. Each Hydropack is built around the same core module containing our proprietary water creation technology, breakers, and other components. The Hydropack S uses only one module, meaning it can either be fully on or off, so there’s no way to lower its power consumption. However, the Hydropack (with two modules) and the Hydropack X (with four modules) allow you to reduce power usage by turning off one or more of the water-producing modules.

  7. How much does it typically cost to run a unit per year in electricity?

    1. This varies by climate, operating hours, and local electricity rates. Aquaria can run a calculation given your cost per kWh to give you a general estimate of cost given your water needs.

  8. Are atmospheric water generators practical in low-humidity or arid climates?

    1. Efficiency exponentially decreases in low-humidity environments. Each unit requires a minimal of 25% relative humidity, but expect more significant drop offs below the 30% relative humidity mark

  9. Why should I consider this technology if my local humidity is generally low?

    1. Aquaria can create a profile for your area to see what your cost benefit looks like.

  10. What are typical daily or monthly electricity costs for running the system?

    1. Aquaria can create a profile for your area to see what your cost benefit looks like using this calculator

  11. Can I expect a return on investment (ROI), and if so, when?

    1. Aquaria can create a profile for your area to see what your cost benefit looks like using this calculator.

  12. Will the machine shut off automatically if humidity or temperature is too low to produce water efficiently?

    1. Yes. If dew point conditions aren’t above freezing, the machine will turn off automatically in order to protect itself. Please refer to the Aquaria Dew Point chart for specific conditions that will turn the unit off.

  13. How many solar panels are typically required to support the Hydropack in an off-grid setup, and what is the overall power draw?

    1. This depends on your specific energy needs. The key requirement is meeting the machine’s power consumption. Aquaria can provide an energy consultation to your solar provider to ensure sufficient energy production.

  14. What are the carbon emissions profile of Aquaria’s units?

    1. Aquaria does not currently have scope emissions calculations for its manufacturing process. However, the company is continuously working toward the most sustainable and eco-friendly product and supply chain.

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