Explore efficient atmospheric water generators and innovative rainwater harvesting systems, alongside solar water systems, to meet all your water generation needs.
Explore efficient atmospheric water generators and innovative rainwater harvesting systems, alongside solar water systems, to meet all your water generation needs.
Rainwater harvesting captures and stores rain from rooftops or other surfaces, providing a natural and free source of water. Our systems, which include filters and tanks, keep the water clean and ready for use in irrigation, sanitation, or even drinking (with proper treatment). This method not only supplements the output from our atmosphe
Rainwater harvesting captures and stores rain from rooftops or other surfaces, providing a natural and free source of water. Our systems, which include filters and tanks, keep the water clean and ready for use in irrigation, sanitation, or even drinking (with proper treatment). This method not only supplements the output from our atmospheric water generators but is especially valuable during rainy seasons or in tropical climates. Additionally, it reduces strain on municipal water systems and helps communities become more self-sufficient. By combining rainwater harvesting with our solar water systems and AWG output, we ensure year-round water availability.
Atmospheric water generators (AWGs) are devices that extract moisture from the air and convert it into clean drinking water. We provide the above schematic because there are many types of AWGs, and their capacity depends on your specific needs. They operate by cooling humid air until water condenses—similar to how dew forms on grass in th
Atmospheric water generators (AWGs) are devices that extract moisture from the air and convert it into clean drinking water. We provide the above schematic because there are many types of AWGs, and their capacity depends on your specific needs. They operate by cooling humid air until water condenses—similar to how dew forms on grass in the morning. This technology is especially beneficial in areas with unreliable water infrastructure or during emergencies when traditional water sources are compromised. SolarisH2O’s AWGs are powered by renewable energy, making them an ideal solution for off-grid use, comparable to rainwater harvesting and solar water systems. They ensure a reliable baseline water supply, even in drought-prone or disaster-hit regions.
To power the entire system sustainably, SolarisH2O utilizes solar panels and micro wind turbines, which are integral to our solar water systems. Solar panels collect energy from the sun during the day, while wind turbines capture energy from breezes, making them especially useful at night or during cloudy weather. These renewable sources
To power the entire system sustainably, SolarisH2O utilizes solar panels and micro wind turbines, which are integral to our solar water systems. Solar panels collect energy from the sun during the day, while wind turbines capture energy from breezes, making them especially useful at night or during cloudy weather. These renewable sources eliminate the need for fossil fuels and significantly reduce operating costs over time. The dual setup ensures that energy is available in various weather conditions, making the system reliable even during storms or grid outages. This energy powers the atmospheric water generators (AWGs), pumps, filters, and irrigation systems. Battery Storage: Battery storage serves as the backbone of continuous operation. It stores excess energy generated during sunny or windy periods and releases it when needed—such as at night or during extended cloudy days. This ensures that water production and distribution don’t stop when the sun isn’t shining or the wind isn’t blowing. Our battery systems are designed to be safe, long-lasting, and scalable depending on the size of the deployment. In emergency scenarios, stored energy becomes critical for maintaining water access when other systems fail. Diesel-Solar Hybrid Backup Systems: In high-risk or remote areas, SolarisH2O deploys mobile hybrid systems that combine diesel generators with solar panels. These units—roughly the size of a small truck—are designed for rapid deployment during emergencies, natural disasters, or infrastructure failures. Diesel provides immediate, reliable power when solar or wind is insufficient, while solar reduces fuel consumption and emissions over time. This hybrid approach ensures water access even in the most challenging conditions, making it especially useful for emergency responders, mobile clinics, and temporary shelters where flexibility and speed are essential. Additionally, integrating systems for rainwater harvesting complements our capabilities, further enhancing water accessibility.
Drip irrigation is a water-efficient method of delivering moisture directly to plant roots, minimizing waste and maximizing crop yield. SolarisH2O integrates this technology into greenhouses and small-scale farms, particularly in disaster-prone or arid regions, while enhancing it with atmospheric water generators and rainwater harvesting systems. Controlled Environment Agriculture (CEA) allows communities to grow food year-round, even in harsh conditions. By pairing clean water from solar water systems with smart irrigation techniques, we support food security alongside water access. This approach is especially impactful for underserved farming communities and emergency shelters with limited resources.
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For inquiries about our atmospheric water generators, as well as our rainwater harvesting solutions and solar water systems, please reach out to us at Info@solarisH2O.com.
