Sun Tracker Solar System

The image depicts a Sun Tracker Solar System model, which likely represents a solar energy harvesting setup with a sun-tracking mechanism. Here's a summary of the key components and function:

1. Solar Panel:

   • The central feature is a mounted solar panel. It captures sunlight and converts it into electricity. The panel is attached to a rotating mechanism, indicating that it can move to track the Sun's position throughout the day, ensuring maximum solar energy absorption.

2. Rotating Mechanism:

   • The solar panel is connected to a system of pulleys and gears, allowing it to rotate. This movement likely adjusts the angle of the panel to align with the Sun's trajectory, improving energy efficiency.

3. Control Circuit:

   • Below the panel is a circuit board with various components, including resistors, capacitors, and microchips. This board likely controls the sun-tracking mechanism, adjusting the solar panel's position based on input from sensors detecting sunlight direction.

4. Power Storage:

   • A black battery or power unit is connected to the system, which may store the energy generated by the solar panel for later use. This is a common feature in solar setups to store energy when sunlight is unavailable.

5. Wiring and Electrical Connections:

   • The wiring connects the various parts: the solar panel, control circuit, and battery. This ensures the system functions as a unit, powering the tracker and storing energy efficiently.

In summary, this model illustrates a Sun Tracking Solar Power System, where a solar panel is mechanically adjusted to follow the Sun's movement, thereby optimizing solar energy collection. It highlights a sustainable energy approach that can be used in real-world solar installations to increase energy output and efficiency.