TDS 5,940 to 74 ppm Real-Time Test: Battery-Free Solar Desalination Breakthrough
- Apr 28
- 1 min read
In coastal communities, water access is often hindered by two major factors: saline groundwater and unstable power grids. Traditional solar systems rely on expensive, short-lived batteries that drive up maintenance costs.
JASON'Solar Water recently released a "One-Take" testing video, proving that pure water can be achieved directly from the sun. See it in action (real, one take)🎥! We treated high-salinity groundwater (TDS at 5,940 ppm/SALT at 6.4 ppt) and produced clean drinking water (74 ppm) — using a battery-free solar desalination system.
Our solution:
Powered ONLY by sunlight
No batteries, No diesel
Stable & automated operation
FAQ: Q: Can the system work on cloudy days without batteries? A: Yes. JSW’s direct-drive technology adapts to solar fluctuations. While output volume may vary with sunlight intensity, the system remains operational without the maintenance headaches of batteries.
Q: Is it suitable for seawater? A: Absolutely. While this video features 5,940 ppm groundwater, our technology is engineered to handle seawater concentrations up to 35,000 ppm.
Q: How much water can a single unit produce? A: Water production depends on source salinity (TDS). For seawater, it produces approximately 3.5 to 4.5 liters per minute (LPM) ; for brackish water (e.g., deep well water), production increases to 8.5 to 9.3 LPM.
Q: What is the expected payback period (ROI)? A: Based on various site estimates, the payback period typically falls between the 2nd and 4th year of operation through water cost savings or water sales.
Are you still relying on:
Water delivery trucks?
Diesel generators?
Unstable water sources?
Why not just try a more sustainable solution ?
