Abstract:
This Project present Modeling and Implementation of solar Off-grid Solar System. The main
purpose of this project introduce and approach to the model an Off-grid solar system for home use
with a charge controller, battery, Inverter and a low-pass Filter. Photovoltaic (PV) panels can
collect solar energy to produce electric power. In applications requiring electricity, using a solar
PV system can be a valid consideration that provides energy to an energy demand installation. The
charge controller Circuit Designed by using MOSFET, Transistor, Relay, zener diode, Diode,
Capacitor, Resistor, LED etc. For reserved the energy, we are using a Lead Acid Battery. For
Design an Inverter we are also use IC, MOSFET, Capacitor, Resistor etc. We are also use a Low-
pass Filter for filtering wave shape. This Project present Modeling and Implementation of solar
Off-grid Solar System. The main purpose of this project introduce and approach to the model.The
purpose of our project is to provide electricity throughout the whole year by designing a solar off-
grid PV system on the rooftop of every house in the rural area where no electricity has been reached
yet.
Description:
The population on earth is constantly increasing. As the population grows, the daily needs of the
people are increasing. So people are becoming increasingly dependent on sophisticated
equipment. That is to say, the use of electric power is increasing steadily. Most of the world's
power plants use fossil fuels, mostly oil-gas-coal, etc. as fuel for generating electric power. But
research has shown that the amount of fossil fuel available in the world, There is a huge potential
for it to disappear within the next 40 to 50 years. Another concern for the use of fossil fuels is the
burning of greenhouse gas emissions from burning these fuels And it has a huge detrimental effect
on the adverse environment. For these reasons we need to find alternative ways to generate
electricity.
