DIY Solar-Powered Electric Fan - Hands - On Science Kit

DIY Solar-Powered Electric Fan – Electric Science Kit

This electric science kit is an innovative hands-on model designed to demonstrate how solar energy is converted into mechanical energy using a DC motor. As a science science kit, it helps students explore renewable energy concepts in a simple, visual, and engaging way for classroom and home learning.

The project includes a solar panel, usually ranging from 3 to 10 watts, which acts as the primary energy source. The solar panel consists of multiple photovoltaic cells that convert sunlight into electrical energy. Additionally, a small DC motor is at the heart of the model. Attached to the motor is a propeller that, when powered, generates airflow. This engaging solar powered fan kit makes an excellent 8th class science project for practical STEM learning.

Materials and User Manual

Working Principle

When the solar panel is exposed to sunlight, it generates electrical energy in the form of direct current (DC). This DC flows through the motor, causing it to spin the propeller and generate airflow. As a result, this solar energy science project offers a clear, practical demonstration of renewable energy conversion and basic engineering concepts through an electric science kit.

Advantages of This Science Project

Quality Learning Time: Strengthen the bond with your child as you build this electric science kit together, while discussing clean energy and real-life applications.

Learning Wrapped in Fun: This renewable energy kit turns learning into an enjoyable activity, making it a great choice for exhibitions, projects, and science practice at home.

Confidence and Achievement: With each completed step, students feel motivated and proud, developing a strong "can-do" attitude while learning through a kit.

Features of This Science Project

Physical Attribute

Package Includes