Technological Innovations
Core Technological Innovations
Direct Energy Utilization Without Storage
Our systems harness solar energy directly, using water storage tanks instead of batteries for non-sunlight hours. This reduces battery investment, simplifies the system, and lowers maintenance needs.
Optimized Energy Requirements
Critical components like high-pressure pump and membrane rinsing pump are designed to operate with minimal power fluctuations efficiently within the power range provided by solar panels.
Patented Hybrid Power Supply
Combines solar power with Generator or AC power source input for 24/7 uninterrupted operation, even in adverse weather.
Power Supply From Solar Panels in Battery-less
AI-Ready Operation & Protection
Simplifies water production with automatic membrane cleaning, system restart and detection capabilities:
-
Abnormal Quality of Water
-
Water Level Detection
-
Insufficient Irradiance
-
Abnormal Pressure
-
Abnormal Performance of membrane flushing
Intelligent Monitoring and Analytics
Our AIoT-ready monitoring system integrates remote monitoring for solar energy and water filtration, offering real-time insights on Solar Power, Water Production, Operation Status, and Intelligent Data Analysis.
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.
Benefits
Cost-Effective
-
Low operational costs, as solar energy is free.
-
Requires no extra batteries and minimal infrastructure, reducing expenses.
-
No reliance on grid electricity, making it cost-efficient in remote areas.