Sustainable Water, Endless Possibilities!
Economic Feasibility
Integrating photovoltaic solar energy can reduce desalinated water production costs by about 60% more, making it cheaper than bottled water.
Alignment with Water and Energy Needs
Solar-powered desalination combats water scarcity by harnessing abundant solar energy, particularly in sun-rich regions facing water shortage.
Adaptability to Regional Conditions
Our sites showcase its effectiveness and flexibility across various geographic and climatic conditions.
Environmental Sustainability
Solar power is a renewable energy source that decreases fossil fuel reliance and greenhouse gas emissions, supporting sustainable development goals.
Support for Global Goals
It supports the UN's Sustainable Development Goals, especially clean water and sanitation (Goal ), affordable energy (Goal 7), and decent work and economic growth (Goal 8).
Resilience to Water Crises
Solar-powered desalination offers a sustainable and reliable solution to regions facing increasing droughts and water shortages due to climate change.
An Ideal Solution
How the System Works in battery-free?
1
In Off-Grid Mode, our system unit requires a minimum power of 1800W.
2
The system activates when the Irradiance sensor value exceeds set level, adjustable between 300W and 800W per square meter.
3
Membrane cleaning automatically starts when the unit is activated before production.
4
The unit produces fresh water in line with solar energy changes. As sunlight increases, it boosts the desalination process and adapts to sudden shifts in sunlight.
5
The system temporarily halts when the generated solar energy is less than minimum power requirement, resuming once the photovoltaic system provides enough energy.
Solar Energy For Water Filtration
Seawater
Minimum Solar Capacity: 3 kWp
Feed-in TDS: 35,000 ~ 10,000 ppm
5 m³/d in Hybrid Power Supply
Brackish Water
Minimum Solar Capacity: 3 kWp
Feed-in TDS: 10,000 ~ 1,000 ppm
10 m³/d in Hybrid Power Supply
Ground Water
Minimum Solar Capacity: 3 kWp
Feed-in TDS: < 800 ppm
86 m³/d in Hybrid Power Supply