Solar Boat Manufacturer,Supplier and Exporter in India
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Product Code : SCL-E-12510
The Solar Boat Educational Model is a renewable-energy teaching model used for demonstrating how light energy can be converted into electrical energy and then into mechanical motion for water propulsion. It is intended for schools, physics laboratories, STEM classrooms, science exhibitions and educators teaching solar energy and energy transformation.
Product Description
The Solar Boat Educational Model provides a practical demonstration of photovoltaic energy conversion and electrically driven motion. In a typical solar-powered configuration, incident light reaches a photovoltaic cell, electrical energy powers a small motor, and the motor drives the boat's propulsion system. Exact supplied components and electrical ratings should be confirmed for the final model.
The model helps students connect solar radiation, photovoltaic electricity, electric motors, mechanical motion and propulsion through direct observation. Exact hull material, solar-panel rating, motor voltage, dimensions, weight and water capacity are not confirmed in the supplied product data and should be verified before publication, procurement or tender submission.
Key Features
- Demonstrates solar energy conversion: shows how light energy can be transformed into electrical and mechanical energy.
- Visible water propulsion: allows students to observe motion produced through a solar-powered drive system, subject to the supplied configuration.
- Supports hands-on STEM learning: connects renewable energy, electricity, motors and propulsion in one practical activity.
- Useful for comparative experiments: students can observe how changes in light intensity or panel orientation affect operation.
- Suitable for classroom demonstrations: relevant to physics, environmental science, renewable-energy and STEM lessons.
- Encourages inquiry-based learning: supports discussion of energy efficiency, solar power and sustainable transport concepts.
Technical Specifications
|
Specification |
Detail |
|
Product Name |
Solar Boat |
|
Brand |
School Equipments |
|
Product Category |
Renewable Energy Educational Model / Physics Energy Apparatus / STEM Teaching Model |
|
Primary Keyword |
Solar Boat Educational Model |
|
Secondary / Semantic Keywords |
solar powered boat model, photovoltaic boat experiment, renewable energy model, solar propulsion model, STEM solar project, solar energy demonstration, educational solar boat |
|
Intended Users |
Schools, physics laboratories, STEM educators, science teachers, science clubs and educational equipment suppliers |
|
Demonstration Principle |
Conversion of light energy into electrical energy and mechanical motion |
|
Standards or Certifications |
Not specified in the supplied data |
What's Included in the Kit
- 1 Solar Boat Educational Model
- Photovoltaic solar panel or solar cell
- Electric motor and propulsion assembly
- Connecting components
- Operating instructions
Applications / Uses
- Demonstrating photovoltaic conversion in school physics laboratories.
- Teaching conversion of solar energy into electrical and mechanical energy.
- Explaining the basic operation of solar-powered transportation systems.
- Investigating the effect of light intensity and solar-panel orientation on model performance.
- Supporting science exhibitions, STEM projects and environmental science activities.
- Extending renewable-energy lessons with a Solar Energy Kit for photovoltaic-cell investigations.
How to Use the Solar Boat
- Inspect the boat, solar panel, motor and propulsion components before operation.
- Place the model carefully on clean water in a suitable tank, tray or demonstration area.
- Expose the photovoltaic panel to direct sunlight or another suitable light source recommended for the supplied model.
- Adjust the orientation of the solar panel to obtain effective illumination.
- Observe the conversion of light energy into electrical energy and the resulting mechanical propulsion.
- Where appropriate, compare performance under different light levels or panel angles without exceeding the manufacturer's operating recommendations.
Safety note: Use under teacher or trained-adult supervision. Keep electrical connections dry, avoid obstructing moving propulsion parts, and do not operate the model in unsuitable water conditions.
Care & Maintenance
- Dry the boat thoroughly after each water-based demonstration.
- Keep the solar panel surface clean and free from dust that could obstruct incident light.
- Protect electrical connections and the motor assembly from unnecessary moisture exposure.
- Store the model in a dry location away from excessive heat, impact and corrosive chemicals.
Why Choose School Equipments
School Equipments manufactures and exports scientific laboratory instruments, physics apparatus, science kits, mathematics kits, didactic models and STEM models for educational use. Its product range includes dedicated Physics Energy Apparatus for teaching heat, electricity and energy transformation.
Educators can also explore the related Solar Wind Dynamo Model for renewable-energy demonstrations and the STEM Lab Kit for broader activity-based science learning. Buyers should confirm final technical specifications, materials, electrical ratings, supplied accessories and packaging before placing an order.
Frequently Asked Questions
What is a Solar Boat Educational Model used for?
A Solar Boat Educational Model is used to demonstrate how solar energy can be converted into electrical energy and then into mechanical motion for water propulsion.
How does a solar powered boat model work?
In a typical photovoltaic configuration, a solar cell converts incident light into electrical energy. That electricity powers a small motor connected to the boat's propulsion mechanism.
Is the Solar Boat suitable for school STEM activities?
Yes. It is relevant to supervised STEM, physics, environmental science, renewable-energy and project-based learning activities.
Can students test the effect of different light levels?
Yes, where the supplied configuration allows it. Students can compare operation under different illumination levels or solar-panel angles while following the manufacturer's operating recommendations.
Does the Solar Boat require batteries?
Battery requirements are not confirmed in the supplied product data. Verify whether the final model operates only from photovoltaic power or includes any additional electrical source.
What are the solar-panel and motor ratings?
The exact solar-panel output and motor rating are not confirmed. These specifications should be added only after checking the final product configuration.
Explore the complete Physics Energy Apparatus range from School Equipments for additional classroom models covering solar power, thermal energy, electricity and renewable-energy conversion.
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