Solar Fan Model
Product Code : SCL-EAE-11347
The Solar Fan Model demonstrates a basic solar-powered electromechanical system. Light falling on its photovoltaic element produces electrical output for the connected motor. When sufficient power is available, the motor rotates the fan and converts electrical energy into mechanical motion and airflow.
This solar energy educational model supports practical lessons on renewable power, direct-current motors, simple circuits and load response. Students can compare operation under different light levels, panel angles and shading conditions. The exact material, solar-cell rating, motor rating and fan dimensions depend on the confirmed Lab Exports model configuration.
Key Features
Visible solar conversion: Rotating fan blades provide an immediate indication that light has been converted into usable electrical power.
Hands-on STEM learning: Links photovoltaic theory with observable motor movement and airflow.
Simple cause-and-effect testing: Learners can observe how light intensity, shading and panel orientation affect fan operation.
Multiple teaching concepts: Supports lessons on solar cells, electric circuits, motors, energy transfer and renewable technologies.
No combustion required: Demonstrates mechanical output without fuel burning or a combustion engine.
Reusable teaching format: Suitable for repeated supervised demonstrations when handled and stored correctly.
Compact experimental concept: Provides a straightforward model for classroom demonstrations, science fairs and introductory projects.
Technical Specifications
|
Specification |
Detail |
|
Product name |
Solar Fan Model |
|
Brand |
Lab Exports |
|
Product category |
Solar Energy Educational Model / Renewable Energy STEM Teaching Aid |
|
Capacity |
Single demonstration unit |
|
Demonstrated principle |
Photovoltaic conversion of light into electrical energy and motor-driven mechanical motion |
|
Intended users |
Schools, colleges, science laboratories, STEM programmes and educational equipment distributors |
What's Included in the Kit
Solar Fan Model demonstration assembly
Photovoltaic energy-conversion element
Electric motor and fan assembly
The final packing list, instructions, connecting components and spare parts should be verified in the Lab Exports quotation before ordering.
Applications / Uses
Demonstrating photovoltaic energy conversion
Explaining how electrical energy operates a direct-current motor
Comparing fan response under different light intensities
Studying the effects of shading and solar-panel orientation
Supporting renewable-energy lessons, STEM projects and science exhibitions
Introducing solar-powered ventilation and cooling concepts
How to Use the Solar Fan Model
Place the model on a stable, dry and level surface.
Check that the fan blades rotate freely and that visible connections are secure.
Keep fingers, hair and loose items away from the fan blades.
Direct the photovoltaic element toward sunlight or an approved classroom light source.
Observe the fan as the motor begins to rotate.
Change the light angle or partially shade the solar element.
Compare the starting response and fan speed under each condition.
Safety note: Use the model under teacher supervision. Do not stop rotating blades by hand, expose electrical parts to water or connect an unapproved external power supply.
Care & Maintenance
Remove dust from the solar surface and fan assembly with a soft, dry cloth.
Store the model away from moisture, excessive heat and crushing loads.
Do not pull wiring, bend the photovoltaic element or force the motor shaft.
Inspect the blades and electrical connections before every laboratory session.
Why Choose Lab Exports
Lab Exports manufactures, supplies and exports scientific laboratory equipment and educational teaching aids. Its portfolio includes physics equipment, science training kits, experimental apparatus and renewable-energy learning products. The company supplies schools, colleges, universities and technical institutions in international markets. Buyers can request configuration details, export documentation and a verified packing list before procurement.
Frequently Asked Questions
What is a Solar Fan Model used for?
It is used to demonstrate how light can be converted into electrical energy and then into motor-driven mechanical motion. The rotating fan makes the energy-conversion process easy to observe.
How does the Solar Fan Model work?
The photovoltaic element generates electrical output when exposed to sufficient light. This output powers the motor, which rotates the fan blades.
Can the solar fan work under indoor lighting?
Operation depends on the intensity and spectrum of the light source and the rating of the photovoltaic element. Direct sunlight normally produces a clearer demonstration.
Does the model include a battery?
No battery or energy-storage component has been publicly confirmed. Buyers should verify the circuit configuration before ordering.
Is the Solar Fan Model suitable for schools?
Yes. It is suitable for supervised science and STEM demonstrations. The appropriate learner age should be confirmed against the supplied instructions.
What can students investigate with this model?
Students can investigate light intensity, shading, panel angle, motor response and the conversion of solar energy into mechanical output.
Request the verified Solar Fan Model specification and quotation, or explore Lab Exports’ solar energy teaching kits, electrical and electronics laboratory equipment and complete physics laboratory equipment range.
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