Solar Panel Sun Tracking System Kit Arduino Price in Pakista | AmpFlick

Description

Technical Specifications

The system utilizes an Arduino Uno to process light intensity data from two photoresistors. This Solar Panel Sun Tracking System incorporates a high-torque micro servo motor for precise angular movement. Two 10kΩ resistors create voltage dividers to provide accurate analog light readings. Furthermore, a 220Ω resistor protects the system LED which indicates active tracking status. The 400-point breadboard allows for a clean and solderless circuit layout. Therefore, the hardware ensures stable power distribution across all sensing and mechanical components. Additionally, the servo supports a 180-degree range for maximum light exposure.

Usage of the Solar Panel Sun Tracking System

Mount the two LDRs on opposite sides of a divider to detect light differences. Connect the micro servo to the Arduino to adjust the panel’s position automatically.

This diagram shows all kit components connected to simulate working.

Advantages and Disadvantages of the Solar Panel Sun Tracking System

This kit effectively maximizes energy efficiency by keeping panels perpendicular to the light source. It offers a practical way to learn about automation and renewable energy concepts. However, the micro servo motor is best suited for small, lightweight experimental panels. Additionally, the LDRs may require shielding to prevent interference from stray indoor lighting. The system is highly modular and allows for easy future sensor upgrades. Conversely, the mechanical structure requires careful alignment to ensure smooth and fluid rotation. Therefore, this Solar Panel Sun Tracking System remains a top-tier educational resource for green technology.

Precautions for the Solar Panel Sun Tracking System

• Never force the servo motor arm manually to prevent internal gear damage.

• Ensure the LDRs are not touching to avoid short-circuiting the analog inputs.

• Avoid exposing the Arduino board to direct moisture or extreme heat during outdoor testing.

What’s Included in the Package

• Microcontroller: 1 x Arduino Uno R3

• Sensing: 2 x Photoresistors (LDRs) and 2 x 10kΩ Resistors.

• Actuation: 1 x SG90 Micro Servo Motor.

• Indicator: 1 x LED and 1 x 220Ω Resistor.

• Prototyping: 1 x Breadboard and Jumper Wire Set.

Building this tracker helps you master dual-input logic and PWM motor control. You can easily adjust the sensitivity threshold in the provided source code. Every component is selected for compatibility to ensure a successful building experience. This kit provides a rewarding hands-on introduction to solar robotics and energy optimization. Enhance your engineering portfolio with this complete and functional automation project today

AND PLEASE NOTE THAT ALL COMPONENTS ARE UN-ASSEMBELED. You have to assemble the kit your self.

 

DRIVE LINK FOR .ino FILE AND CIRCUIT DIAGRAM: Click Here

Tutorial on how to use this: Click Here

Order more Learning Kits from AmpFlick: Click Here

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