Hybrid Solar Mill

India is a developing nation where 80% ofthe
people depend on non-renewable source of energy, for
production of electricity. However, as the population
grows, the demand of electricity will be high; as a result,
the average Indian will pay a heavy amount of money
for their power supply. And also for creating more
production of electricity more fuels will be burn for
example coal and natural gaseous etc, due to this their
will be arises the problem of environmental pollution
which effect the breath we intake became populated, and
can be responsible for diseases. The system addresses the
innovative idea of the renewable energy system in all
energy production systems. By combining the two or
more renewable energy production system for example
solar system and wind turbine generator etc. by
implementing this project, we can eliminate many
problems related to shortage of electricity and resolves
the difficulties in rapid climate changes by lessor
generation of pollution, which helps in agriculture. The
system runs on solar energy and wind energy, which is
the one of the cleanest energy in the world. Renewable
resources energy are very popular these days. The most
common renewable source of energy is solar energy
which is used to generate electricity. As part of our
project, Renewable energy based solar panel and wind
turbine combine system is developed for use and
generate electricity. It is placed at a suitable height
structure. The D.C motor has 120 rpm and is connected
to the vertical axis turbine’s bottom. The vertical axis
wind’s blade revolutions increased with the help of the
wind. Solar panels are placed on these wind turbine
blades, As wind turbines are exposed to sunlight, so
sunrays can direct impact with solar panels, as a result
the efficiency of the hybrid solar – wind turbine could be
increased. The setup must be designed to maximize the
net efficiency of the hybrid turbine while maintaining its

aerodynamic stability. The solar charge controller device
are to control the flow of electric charge. And on the
backside of solar panel air fins are attached for reducing
the heat absorption by the sun, which are useful in
increase of efficiency of solar panel. The system is like a
vertical axis turbine with solar panels placed on the
vertical wind blade. The system can be installed in the
remote areas. These characteristics make the system
ideal for generating electricity. The aim of the project is
to design and develop blade of solar panel which follows
the aerodynamically stability more effectively and solar
panel which absorbs lessor heat compare to traditional
panels. The system combines the two or more renewable
energy resource for generation of electricity efficiently.