Large Solar Powered Fan Model

Product Code : SCL-EAE-11369

The Large Solar Powered Fan Model is a renewable energy educational model used for demonstrating how a solar panel can convert light energy into electrical energy to run a DC fan. It is designed for schools, colleges, STEM labs, physics laboratories, environmental science classrooms, electrical training rooms, and science exhibitions.

Product Description

The Large Solar Powered Fan Model by Lab Equipments Ambala is a practical teaching aid for explaining photovoltaic energy conversion, solar-cell output, DC motor operation, fan rotation, airflow, polarity, and load response. It helps students observe how light intensity and panel orientation can affect the operation of a solar-powered device.

This model is suitable for teacher-led demonstrations, supervised student projects, renewable-energy lessons, and clean-energy awareness programs. Lab Equipments Ambala lists related solar education products such as Solar Energy Kit 4 in 1 and Solar Cell Laboratory Experiment Kit in its catalogue. Exact fan diameter, solar panel rating, operating voltage, wattage, construction material, and supplied accessories should be confirmed from the final datasheet before publication or procurement.

Key Features

• Demonstrates solar energy conversion through visible fan rotation and airflow.
• Supports teaching of photovoltaic cells, DC motor operation, polarity, current flow, and load response.
• Useful for physics labs, STEM classrooms, environmental science lessons, and renewable-energy exhibitions.
• Helps students observe how light intensity and solar-panel angle affect fan speed.
• Provides a practical example of solar power being used to operate a small electrical load.
• Suitable for supervised classroom demonstrations and student project activities.
• Designed for educational use; exact electrical ratings and operating limits must be verified before publishing.

Technical Specifications

What's Included in the Kit

• Large solar powered fan model main assembly
• Solar panel or photovoltaic module
• DC fan, fan blade, or motorized airflow unit
• Motor holder, fan guard, mounting frame, or support bracket
• Connecting leads, terminal posts, switch, or polarity connectors
• Base board, stand, or demonstration platform
• Experiment guide, circuit diagram, or activity manual
• Storage box, tray, or packing case

Applications / Uses

• Demonstrating photovoltaic energy conversion in school and college physics laboratories.
• Teaching how solar cells can generate low-voltage DC output to run a fan motor.
• Explaining light intensity, panel angle, polarity, current flow, motor rotation, and load behaviour.
• Supporting STEM projects on renewable energy, clean power, off-grid devices, and sustainable technology.
• Using as a science exhibition model for solar-powered airflow and DC motor demonstrations.
• Helping students compare solar-powered loads with battery-powered and mains-powered devices.

How to Use the Large Solar Powered Fan Model

1. Place the solar powered fan model on a clean, dry, and stable laboratory table.
2. Identify the solar panel, fan motor, blades, switch, terminals, connecting leads, and base assembly.
3. Check that the fan blade is secure and rotates freely without touching the frame or guard.
4. Connect the solar panel to the fan motor only through the approved terminals or supplied wiring.
5. Place the solar panel under direct sunlight or an approved classroom light source.
6. Adjust the panel angle and observe how the fan speed changes with light direction and intensity.
7. Record the fan response under bright light, partial shade, and changed panel orientation if the teacher permits.
8. Disconnect the model before changing wiring, touching the motor shaft, or adjusting the fan assembly.

Use the model only under teacher supervision. Keep fingers, hair, loose clothing, paper, and wires away from rotating fan blades, keep all electrical parts dry, and do not connect unapproved batteries, adapters, or external power supplies.

Care & Maintenance

• Clean the solar panel surface with a soft, dry cloth so light can reach the photovoltaic surface clearly.
• Wipe the fan blade, motor housing, base, terminals, and leads after use.
• Store the model in a dry cabinet to protect the solar panel, fan assembly, wiring, and labels.
• Inspect blade alignment, motor mounting, wire insulation, terminals, and panel surface before every demonstration.

Why Choose Lab Equipments Ambala

Lab Equipments Ambala lists related solar education products including Solar Energy Kit 4 in 1 and Solar Cell Laboratory Experiment Kit in its public catalogue. The company manufactures and supplies educational laboratory equipment, scientific laboratory instruments, science kits, mathematics kits, didactic models, electrical and electronics products, and STEM learning aids for institutional buyers. Its catalogue includes physics lab equipment, renewable-energy models, electrical and electronics products, laboratory instruments, NCERT kits, and educational demonstration models. Buyers should request the final datasheet, fan size, panel rating, component list, voltage rating, warranty terms, and compliance documents before bulk orders, tenders, or institutional procurement.

Explore related categories such as educational laboratory equipment, electrical and electronics lab equipment, physics miscellaneous products, and Solar Cell Laboratory Experiment Kit.

Frequently Asked Questions

What is a Large Solar Powered Fan Model used for?

A Large Solar Powered Fan Model is used to demonstrate how a solar panel can convert light energy into electrical energy and operate a fan motor. It helps students learn photovoltaic output, DC motor rotation, airflow generation, and renewable-energy applications.

How does the Large Solar Powered Fan Model work?

The model works by exposing a solar panel to light. The photovoltaic module generates low-voltage DC output, which powers the connected fan motor and rotates the fan blades when sufficient light is available.

Is this model suitable for school STEM labs?

Yes, the model is suitable for school STEM labs, physics laboratories, environmental science classrooms, colleges, and science exhibitions when used under teacher supervision.

Does the model need direct sunlight?

Direct sunlight usually gives the clearest fan rotation, but some models may operate under a strong approved classroom light source. Performance depends on solar panel rating, light intensity, panel angle, motor rating, and fan load.

What concepts can students learn from this model?

Students can learn photovoltaic energy conversion, solar-cell output, polarity, current flow, DC motor operation, fan rotation, load behaviour, light intensity effects, and renewable-energy use.

What material is the Large Solar Powered Fan Model made of?

The material was not verified from public product data. Confirm the solar panel type, fan blade material, motor type, frame construction, base material, wire type, and finish from Lab Equipments Ambala before publishing final specifications.

For more solar, circuit, and renewable-energy teaching products, visit the electrical and electronics lab equipment category by Lab Equipments Ambala.

Suggested image ALT text: Large Solar Powered Fan Model for classroom photovoltaic energy and fan rotation demonstration by Lab Equipments Ambala.