Proposed and Directed by Dr: Saad KHADAR
Done by : Mokhtari Bouchra ,Souar Selsabil, Guettou Chaim.
Abstract: Sustainability of available water resource in many reasons is now a dominant issue. This problem is quietly related to poor water allocation, inefficient use, and lack of adequate and integrated water management. Water is commonly used for agriculture, industry, and domestic consumption. Additionally, the communities heavily rely on conventional energy sources, neglecting the vast potential of renewable energy, particularly solar power, which is one of the most abundant renewable energy sources globally, harnessing sunlight to generate electricity.
The project was designed to automatically
control the pump which ensures constant reserve of water in the reservoir. This
system empowers users to accurately and efficiently monitor and track water
levels in tanks, employing solar power to operate the monitoring process
without dependence on external energy sources.
Automatic Water Level Indicator
we are
going to build an automatic water level indicator Arduino project. This water
level indicator mainly used an Arduino UNO. The image
here shows the block diagram for the automatic water level indicator using ultrasonic
sensor.
LED Water Level Indicator
In this
part, LEDs are place at different level of the tank and with the aid of these
LEDs, the micro-controller monitor the level of the liquid at any particular
point in time. The scope of the design was keep concise and simple to in other
not to introduce unnecessary complexities and render it generally
uncomfortable. The system does not have attached complex peripheral device. The
image here shows the block diagram for the LED water level indicator using 1K
resistor.
MPPT Solar Charging System
The objective of this system is to utilize Maximum
Power Point Tracking technology to enhance the efficiency of solar power
systems. MPPT technology is employed in solar charge controllers to ensure that
the maximum possible power is extracted from solar panels under all lighting conditions,
enabling a battery to be fully charged rapidly.
