The solar tracking system is designed to optimize the angle of solar panels to capture maximum sunlight intensity, using components like motors, microcontrollers, and solar panels. Although currently a prototype, it has potential applications in powering rural areas and various everyday devices. The project emphasizes the importance of non-conventional energy sources for future power supply needs.

1. “SOLAR TRACKING
SYSTEM”

2. What is Solar tracking System?
■ Solar tracking is the project which track the sunlight to carry “Direct
beam” on it.
■ Our project works on same principle it track the solar rays according to
intensity of sun and stops Panel (which driven by motor) at a particular
angle according to Maximum intensity it gets.
■ This is done to gain maximum intensity of solar to minimize the losses.
■ Our project is just a prototype model but still its software and hardware
can be used to drive a real and very huge solar panel.

3. Components of our System:
■ DC Geared motor
■ Microcontroller
■ LCD (Liquid crystal display)
■ ADC (Analog to digital display)
■ Transformer (Step-Down Transformer)
■ Voltage regulator
■ Filter
■ Resistors
■ Limit Switch
■ Solar panel

4. 0
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4
6
8
10
12
VI
Time
Result
VI(Without solar tracking) VI(With solar tracking)

5. Future Scope
In Future the conventional energy is not sufficient for use so there is
need of use non-conventional energy sources. This Project is very useful for
power supply in rural areas where we can use high sensitive solar panels
which can work in mild sun light also and by connecting number of solar
tracker assemblies we will able to produce sufficient large quantity of power
which will be able to supply power to medium size village. We can make use
of solar panels in our day to day life for street lighting, in mobile phone
chargers, water heaters, etc.

6. Conclusion
Although this project of solar tracking is a prototype
towards a real system, but still its software and
hardware can be used to drive a real and very huge
solar panel.

7. ThankYou…!!!