Name
Adhyayn kumar
Country
India
Project Idea
DEVLOPMENT OF UNDERGROUND SPECIAL WATER STORAGE SYSTEM. AND EFFICIENT USE IN THE DROUGHT CONDITIONS.
In the recent years in India we faced a major problem of drought conditions in agricultural areas.
To solve this problem our government has taken major steps to build canals to supply water, But it also seems to be failing, because of high water evaporation due to global warming.
To solve this problem I propose a solution which is one time investment and self reliant project.
This project uses the principal of energy storage and efficient use.
At first we have a huge special underground water storage tanks where water will be stored in rainy season.
The water will be stored in the tanks for six months and only be used when most needed.
This stored water will further be pumped out into the canals to boost the flow of water using special air pressure technology .
The whole process will be controlled by a smart Iot based system power by solar arrays.
The water will mostly be used for agriculture uses.
This system will be controlled both automatically and manually.
For the demo of the system I'll be using.
Esp32
Relays
Air pressure sensors
Temperature and humidity sensor
Water quality and quantity sensors
Selonoid valves.
Power management circuits where I'll use Analog devices Ics
Current flow management sensor ect .
This project Aims for development of such systems which will solve a major problem of water irrigation in agricultural areas.
In the recent years in India we faced a major problem of drought conditions in agricultural areas.
To solve this problem our government has taken major steps to build canals to supply water, But it also seems to be failing, because of high water evaporation due to global warming.
To solve this problem I propose a solution which is one time investment and self reliant project.
This project uses the principal of energy storage and efficient use.
At first we have a huge special underground water storage tanks where water will be stored in rainy season.
The water will be stored in the tanks for six months and only be used when most needed.
This stored water will further be pumped out into the canals to boost the flow of water using special air pressure technology .
The whole process will be controlled by a smart Iot based system power by solar arrays.
The water will mostly be used for agriculture uses.
This system will be controlled both automatically and manually.
For the demo of the system I'll be using.
Esp32
Relays
Air pressure sensors
Temperature and humidity sensor
Water quality and quantity sensors
Selonoid valves.
Power management circuits where I'll use Analog devices Ics
Current flow management sensor ect .
This project Aims for development of such systems which will solve a major problem of water irrigation in agricultural areas.
