IA Water

This solution uses solar energy to power a water pump that pulls clean water from underground aquifers. The water is stored in a 10,000-liter tank placed on top of a 10-meter-high water tower. From there, it's distributed through pipelines to 10–15 tap stations around the village, serving homes, schools, and health clinics.

Key Features and Benefits:

• Uses free solar energy to operate, with no need for electricity or fuel
• Reaches water sources up to 250 meters (820 feet) deep
• Delivers up to 30,000 liters of clean water per day
• Provides multiple access points (10–15 taps) within 4–8 km of the water tower
• Engages local communities during construction for sustainability and ownership
• Equipped with remote monitoring to ensure long-term maintenance and accountability
• Reduces waterborne disease and saves time, especially for women and children

How It Works (Step-by-Step):

1. Drill: A well is drilled up to 250 meters deep to reach the aquifer.
2. Build Tower: A 10-meter-tall water tower is constructed.
3. Install Solar: Solar panels are installed to power the water pump.
4. Tank Setup: A 10,000-liter water tank is placed at the top of the tower.
5. Pipe Trenches: Piping is laid across a 4–8 km radius to distribute water.
6. Install Taps: 10–15 water stations are built with community input.
7. Monitoring: A remote system tracks energy and water flow in real time.
8. Water Access: Clean water flows through the taps, benefiting the entire village.