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Solar rechargeable fan aligned with stem degree list learning

DIY solar rechargeable fan for hands-on STEM learning

Solar energy demo inspired by solar oven experiment

Educational solar fan model for STEM program

DIY Solar Rechargeable Fan – Creative STEM Energy Toy

Available:In Stock

Product SKU: LGPW045

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₹ 329 ~~₹ 399~~

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Highlights

Promotes Critical Thinking
Problem-Solving Skills
Encourages Creativity
Perfect for Group Learning
Encourages Innovation
Supports STEM Education
Boosts Motor Skills
Spark Curiosity and Exploration
Perfect Gift for Aspiring Inventors
Beware of Products with Chinese Manuals
Safe and Non-Toxic Materials
Guaranteed Quality Assurance
Easy-to-Assemble Parts
English User Manual Included

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Video support to be purchased separately

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DO IT YOURSELF

Details

Unassembled DIY set.
English User Manuals.
No power supply is required in this kit

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🏠 Warehouse Details:

43 A - 103

Specification

Description

DIY Solar Rechargeable Fan – STEM Energy Learning Model

The DIY Solar Rechargeable Fan is a creative renewable energy toy designed to introduce young learners to clean power concepts through hands-on exploration. As part of early exposure inspired by the stem degree list, this kit helps children understand how sunlight converts into usable energy. Similar in curiosity-building value to a solar oven experiment, the model encourages logical thinking, environmental awareness, and interest in engineering foundations while remaining simple and engaging.

Materials and User Manual

Wooden Base and Frame – Pre-cut pieces for the fan structure.
Solar Panels – Harness sunlight to generate electricity.
Red Fan Blade – Lightweight, efficient design.
DC Motor – Converts solar energy into motion.
Wiring – Connects solar panels to the motor.
Screws and Fasteners – For assembly and securing parts.
Mounting Slots – Pre-made for easy alignment.
User Manual: All the design details are elaborated in documents with this.

Learning Value Aligned with the Stem Degree List

This project demonstrates energy conversion using solar panels and a DC motor, helping learners connect theory with practice. Concepts commonly introduced in the stem degree list—such as renewable energy and applied physics—are simplified here. Much like a classroom solar oven experiment, students visually observe energy transformation in real time.

Working Principle

The solar panels absorb sunlight and convert it into electrical energy using photovoltaic cells. This electricity powers the DC motor, which spins the fan blade and creates airflow. The setup mirrors concepts often discussed in the stem degree list, while also reinforcing ideas seen in a practical solar oven experiment.

Advantages of This Science Project

Quality Time Together: Build and explore renewable energy concepts together in a relaxed learning environment.

Learning Wrapped in Fun: Abstract ideas from the stem degree list become tangible through this interactive model.

Confidence and Achievement: Completing the project builds confidence and reinforces curiosity-driven learning.