Solar Toy Car Model Manufacturer,Supplier and Exporter in India
Product Code : SCL-EE-12450
The Solar Toy Car Model is a renewable energy teaching model used for demonstrating photovoltaic energy conversion, electric motion, and solar-powered transportation concepts in school, STEM, physics, and environmental science laboratories. It helps learners observe how light energy can be converted into electrical energy and used to produce mechanical movement.
Product Description
The Solar Toy Car Model by School Equipments is designed for hands-on demonstrations of solar energy, photovoltaic cells, electric motors, energy transformation, and sustainable transportation concepts. Students can use the model to observe how changes in light conditions affect the operation of a small solar-powered vehicle.
This educational model belongs to the Physics Energy lab equipment category. Exact solar panel voltage, current output, motor rating, chassis material, wheel configuration, dimensions, weight, assembly format, and supplied accessories should be confirmed from the final manufacturer datasheet before publishing.
Key Features
- Solar-powered motion demonstration: Helps learners connect photovoltaic electricity generation with mechanical movement.
- Energy transformation learning: Demonstrates the conversion of light energy into electrical energy and then mechanical motion.
- Hands-on STEM value: Supports practical learning in renewable energy, basic electricity, motors, and sustainable transport.
- Light-condition experiments: Allows students to compare model behaviour under different light intensities and panel orientations.
- Classroom demonstration format: Suitable for physics labs, STEM rooms, environmental science lessons, and science exhibitions.
- Solar output capacity: Panel voltage, current, power, and motor requirements are [confirm].
- Construction details: Chassis, wheels, gears, motor, panel mounting, wiring, and materials are [confirm].
Technical Specifications
|
Specification |
Detail |
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Product Name |
Solar Toy Car Model |
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Brand |
School Equipments |
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Product Category |
Physics Lab Equipment / Energy / Renewable Energy Teaching Model |
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Primary Keyword |
Solar Toy Car Model |
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Secondary Keywords |
solar car model, solar-powered toy car, photovoltaic car model, renewable energy model, STEM solar car, school solar experiment model |
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Demonstration Type |
Solar energy conversion and electrically driven mechanical motion |
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Intended Users |
Schools, colleges, physics labs, STEM classrooms, environmental science programs, science exhibitions, vocational training centres, and TVET institutes |
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Standards / Certifications |
No standards or certifications supplied; verify before publishing. |
What's Included in the Kit
- Solar Toy Car Model main assembly
- Solar panel or photovoltaic cell
- Electric motor
- Vehicle chassis and wheel assembly
- Connecting wires or electrical contacts
- Instruction sheet, experiment guide, or assembly manual
Applications / Uses
- Demonstrating photovoltaic conversion in school science lessons
- Showing conversion from light energy to electrical and mechanical energy
- Investigating the effect of light intensity on vehicle movement
- Studying solar panel angle and orientation during practical activities
- Supporting STEM projects, renewable energy lessons, and science exhibitions
- Extending learning with the Solar Cell Mounted, Solar Energy Kit, Solar Motor, and Fuel Cell Car Science Kit
How to Use the Solar Toy Car Model
- Confirm the solar panel rating, motor rating, wiring arrangement, and assembly instructions before use.
- Place the model on a smooth, level surface with sufficient space for movement.
- Ensure the solar panel and motor connections are secure and correctly polarised.
- Expose the solar panel to clear sunlight or a suitable bright classroom light source.
- Observe the car's movement and record its response under the available light conditions.
- Change the light intensity, distance, or panel orientation and compare the resulting motion.
- Disconnect or store the model safely after completing the experiment.
Safety note: Use the model only with its confirmed solar panel and motor ratings. Do not short electrical contacts, force rotating parts, expose components to water, or stare directly into powerful artificial light sources.
Care & Maintenance
- Keep the solar panel surface clean, dry, and free from scratches.
- Inspect wires, electrical contacts, wheels, axles, and motor connections before use.
- Remove dust with a soft dry cloth and avoid solvents on solar or plastic surfaces.
- Store the model in a dry cabinet where the panel and moving parts are protected from impact.
Why Choose School Equipments
School Equipments manufactures and exports scientific laboratory instruments, lab experiment setups, science kits, mathematics kits, didactic models, and STEM models and kits. The Solar Toy Car Model is positioned for institutions requiring a practical renewable energy teaching model for classroom demonstrations and student activities. The brand supplies educational laboratory equipment for school, college, university, and vocational applications. Final ratings, construction details, and supplied components should always be checked against the official quotation or manufacturer datasheet before procurement.
Frequently Asked Questions
What is a Solar Toy Car Model used for?
A Solar Toy Car Model is used to demonstrate photovoltaic energy conversion, electric motor operation, mechanical movement, and basic renewable energy principles.
How does a solar toy car work?
A compatible photovoltaic panel converts light into electrical energy, which can power an electric motor that produces mechanical movement. Exact operation depends on the model's confirmed circuit and drive arrangement.
Is the Solar Toy Car Model suitable for school STEM labs?
Yes. It is suitable for supervised school science, physics, STEM, environmental science, and renewable energy activities.
Can students compare performance under different light conditions?
Yes. Students can compare the model's response under different light intensities, distances, and solar panel orientations when the apparatus is used according to its instructions.
Does the model include a solar panel and motor?
The exact supplied components are not confirmed. Verify the inclusion and ratings of the solar panel, motor, chassis, wheels, wiring, and manual before publishing.
What should buyers confirm before ordering?
Buyers should confirm solar panel output, motor rating, drive mechanism, chassis material, dimensions, assembly requirements, minimum light conditions, and supplied accessories.
For related photovoltaic and renewable energy teaching equipment, explore more Physics Energy lab equipment from School Equipments.
