Solar Powered Car Manufacturer,Supplier and Exporter in India
Product Code : SCL-PLE-11310
Scientifc Equipment Solar Powered Car is an educational STEM model designed to demonstrate the working principle of solar energy, renewable power, electric circuits, and energy conversion. This hands-on science model helps students understand how sunlight can be converted into electrical energy using a solar panel and then used to drive a small motor-powered car.
The Solar Powered Car is suitable for school laboratories, science classrooms, STEM activity kits, science exhibitions, renewable energy projects, and practical demonstrations. It supports activity-based learning by allowing students to observe the direct relationship between light intensity, solar panel output, and motor movement.
Product Description
The Solar Powered Car by Scientifc Equipment is a classroom-friendly educational model used to demonstrate clean energy and basic electric mobility concepts. The model generally consists of a lightweight car body, solar panel, electric motor, wheels, axle arrangement, and connecting wires.
When sunlight or a suitable bright light source falls on the solar panel, the panel converts light energy into electrical energy. This electrical energy powers the motor, which rotates the wheels and moves the car forward. Through this demonstration, students can understand photovoltaic energy conversion, circuit connection, motor operation, and the importance of renewable energy in modern science education.
Scientifc Equipment Solar Powered Car is especially useful for introducing students to solar technology, sustainable energy, electrical circuits, mechanical motion, and environmental science concepts in a practical and engaging way.
Key Features
- Brand: Scientifc Equipment
- STEM Educational Model: Designed for hands-on learning of solar energy and electric motion.
- Renewable Energy Demonstration: Shows how sunlight can be converted into usable electrical energy.
- Motorized Movement: Solar panel powers the motor to move the car.
- Classroom Friendly: Suitable for school science labs, STEM labs, and project demonstrations.
- Activity-Based Learning: Helps students observe real-time energy conversion.
- Easy to Demonstrate: Simple working principle for teachers and students.
- Useful for Science Projects: Suitable for renewable energy projects, exhibitions, and practical learning.
Product Specifications
|
Product Name |
Solar Powered Car |
|
Brand |
Scientifc Equipment |
|
Product Type |
Educational STEM science model |
|
Working Principle |
Conversion of solar energy into electrical energy and mechanical motion |
|
Main Components |
Solar panel, electric motor, car body, wheels, axle, and connecting wires |
|
Power Source |
Sunlight or suitable bright light source |
|
Subject Use |
Physics, environmental science, renewable energy, electricity, and STEM education |
|
Application |
Science projects, classroom demonstrations, STEM activities, renewable energy experiments |
|
Suitable For |
Schools, colleges, STEM labs, science laboratories, and educational institutions |
|
Demonstration Topics |
Solar energy, photovoltaic effect, electric circuits, motor operation, energy transformation, sustainable technology |
|
Usage Mode |
Teacher-led demonstration and supervised student activity |
|
Packaging |
Standard educational laboratory supply packaging |
How to Use Solar Powered Car
- Place the Solar Powered Car on a flat and smooth surface.
- Check that the solar panel, motor, wheels, and wires are properly connected.
- Keep the solar panel facing direct sunlight or a strong light source.
- Allow sufficient light to fall on the solar panel.
- Observe the motor operation and wheel movement.
- Change the angle of the solar panel to observe the effect on car speed.
- Compare the movement under strong light, weak light, and shaded conditions.
- Explain how light energy is converted into electrical energy and then into mechanical motion.
- After use, remove the model from direct heat and store it safely.
Educational Applications
- Demonstrating solar energy conversion
- Explaining the working of photovoltaic cells
- Teaching renewable energy and sustainable technology
- Showing conversion of light energy into electrical energy
- Explaining electric motor operation in a simple circuit
- Studying the effect of light intensity on motor speed
- Using in STEM projects, school exhibitions, and science fairs
- Supporting environmental science and green energy learning
Why Choose Scientifc Equipment Solar Powered Car?
Scientifc Equipment provides practical educational models designed for concept-based learning and classroom demonstration. The Solar Powered Car helps students understand renewable energy and electric motion through direct observation, making it a useful addition to physics labs, STEM classrooms, and school science project kits.
- Supports hands-on STEM education
- Useful for solar energy and renewable energy lessons
- Easy for students and teachers to demonstrate
- Suitable for science exhibitions and school projects
- Encourages awareness of clean and sustainable energy
- Ideal for institutional procurement and laboratory setup
Care and Safety Instructions
- Use the product under teacher or adult supervision.
- Do not expose the model to water or moisture.
- Handle the solar panel carefully to avoid scratches or breakage.
- Do not pull or twist the connecting wires forcefully.
- Use only suitable light sources for classroom demonstrations.
- Avoid touching the motor immediately after continuous use.
- Store the model in a dry and safe place after use.
- Do not place heavy objects on the solar panel or car body.
SEO Title
Solar Powered Car STEM Model – Scientifc Equipment
Meta Description
Buy Scientifc Equipment Solar Powered Car for STEM labs, school science projects, renewable energy demonstrations, solar energy experiments, and classroom learning.
SEO Keywords
Solar Powered Car, Scientifc Equipment Solar Car, Solar Energy Car Model, STEM Solar Car Kit, Renewable Energy Science Model, Solar Powered Educational Toy, School Science Project Car, Solar Car for Physics Lab, Photovoltaic Demonstration Model, Solar Energy Experiment Kit.
FAQ – Solar Powered Car
- What is a Solar Powered Car used for?
A Solar Powered Car is used to demonstrate how solar energy can be converted into electrical energy and then into mechanical motion. It is commonly used in STEM classrooms, science projects, and renewable energy demonstrations.
- Is this product suitable for school science projects?
Yes, Scientifc Equipment Solar Powered Car is suitable for school science projects, STEM labs, science fairs, classroom demonstrations, and renewable energy activities.
- How does the Solar Powered Car work?
The solar panel converts light energy into electrical energy. This electrical energy powers the motor, which rotates the wheels and moves the car.
- Does the car need batteries?
The model is designed to work using solar energy or a suitable bright light source. Battery requirement may depend on the specific model configuration, if supplied.
- Can it work indoors?
It may work indoors under a strong light source, but direct sunlight usually provides better performance for demonstration.
- Which topics can be taught using this model?
This model can be used to teach solar energy, photovoltaic effect, electric circuits, motor operation, renewable energy, energy conversion, and sustainable technology.
- Is the Solar Powered Car suitable for STEM learning?
Yes, it is highly suitable for STEM learning because it combines science, technology, engineering, and environmental awareness in one practical activity.
- How should the Solar Powered Car be maintained?
Keep the solar panel clean, store the model in a dry place, avoid moisture, and handle wires and moving parts carefully after use.
Conclusion
Scientifc Equipment Solar Powered Car is an effective educational STEM model for teaching solar energy, electric circuits, motor operation, and renewable power concepts. It allows students to observe how light energy can be converted into movement, making science learning more practical, interactive, and environmentally relevant. This model is a valuable choice for school laboratories, STEM classrooms, science exhibitions, and educational institutions.
