Compact 4V 100mA Solar Cell Panel
Product Code : SCL-SK-12163
The 4V 100mA Solar Cell Panel is a compact photovoltaic teaching component used for demonstrating how light energy is converted into low-voltage electrical output. It is suitable for schools, colleges, STEM labs, physics practical rooms, electronics training, renewable-energy activities, science exhibitions, distributors and educational procurement buyers.
Product Description
The Compact 4V 100mA Solar Cell Panel from Science Lab Supplies is intended for practical demonstrations of photovoltaic electricity and basic solar circuit behaviour. The supplied product name confirms a nominal output of 4V 100mA, equal to a calculated 0.4 W at those stated values. Cell type, dimensions, terminal style and construction material must be confirmed before final catalogue publication.
This panel helps students observe the relationship between light intensity, polarity, voltage, current and load response. It can be used with approved low-voltage devices such as LEDs, small motors, buzzers, meters or rechargeable circuits where the load rating is compatible with the stated 4V 100mA output.
Key Features
- Nominal 4V 100mA output: suitable for low-voltage classroom photovoltaic demonstrations.
- Compact solar-cell format: easy to position under sunlight or an approved classroom light source.
- Photovoltaic learning component: demonstrates direct conversion of light into electrical energy.
- DC circuit practice: helps teach polarity, open-circuit voltage, load current and simple wiring.
- Calculated power reference: 4V at 100mA equals 0.4 W under the stated electrical values.
- STEM project use: suitable for solar cars, LED models, fan models, mini pumps and electronics projects where ratings match.
- Specification-dependent performance: output depends on light intensity, panel angle, load resistance and cell condition.
Technical Specifications
|
Specification |
Detail |
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Product Name |
Compact 4V 100mA Solar Cell Panel |
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Primary Keyword |
4V 100mA Solar Cell Panel |
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Secondary / Semantic Keywords |
compact solar cell panel, educational solar panel, photovoltaic experiment panel, school solar energy panel, STEM solar panel, low voltage solar panel, solar circuit component, 0.4W solar panel |
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Brand |
Science Lab Supplies |
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Product Category |
Science Lab Equipment / Physics Lab Equipment / Renewable Energy Demonstration Component |
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Intended Users |
Schools, colleges, STEM labs, physics teachers, electronics trainers, environmental science teachers, distributors and educational procurement buyers |
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Nominal Voltage |
4V |
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Nominal Current |
100mA |
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Calculated Power at Stated Values |
0.4 W |
What's Included in the Kit
- Compact 4V 100mA Solar Cell Panel
- Connecting leads, crocodile clips, mounting base, activity guide, storage box, labels or certificate
Applications / Uses
- Demonstrating photovoltaic electricity in school science labs
- Measuring solar-panel voltage and current with meters
- Powering compatible low-voltage LEDs, motors, buzzers or fan models
- Teaching polarity, load matching and circuit connection
- Comparing output under sunlight, shade and different panel angles
- Supporting STEM projects, solar toy cars, mini solar models and renewable-energy experiments
How to Use the Compact 4V 100mA Solar Cell Panel
- Confirm that the connected load is suitable for a 4V 100mA solar-panel output.
- Place the panel under direct sunlight or an approved classroom light source.
- Connect the positive and negative terminals to a meter or compatible load.
- Check polarity before connecting LEDs, motors or charging circuits.
- Observe voltage, current, brightness, motor speed or load response.
- Change the panel angle or light intensity and compare output changes.
- Disconnect the load after the experiment and store the panel safely.
Safety note: Use under teacher supervision. Do not connect the panel to mains electricity, short-circuit the terminals for long periods, overload the panel, expose it to water, bend the panel, pull the leads, or use cracked or damaged solar cells.
Care & Maintenance
- Clean the panel surface gently with a soft dry cloth.
- Store the panel dry and protected from dust, moisture, heat and impact.
- Do not scratch the active surface, bend the backing or strain the terminal leads.
- Remove from use if the panel cracks, output becomes unstable or wiring loosens.
Why Choose Science Lab Supplies
Science Lab Supplies manufactures and exports scientific laboratory instruments, lab experiment setups, science kits, mathematics kits, didactic models and STEM models. Its product range supports science lab equipment, physics lab equipment, educational lab equipment, electronics learning and renewable-energy teaching requirements. The brand supplies educational institutions, distributors and bulk tender buyers requiring practical classroom apparatus.
Frequently Asked Questions
What is a 4V 100mA Solar Cell Panel used for?
A 4V 100mA Solar Cell Panel is used to demonstrate photovoltaic electricity, low-voltage DC output, circuit polarity and solar energy conversion.
What is the power rating of this solar cell panel?
Based on the stated 4V and 100mA values, the calculated power is 0.4 W. Actual output depends on light intensity, panel angle and connected load.
Can this panel power an LED or small motor?
Yes, it can power compatible low-voltage loads if their voltage and current requirements match the panel output. Always verify the load rating before connection.
What material is the solar panel made from?
The cell type and backing material are not confirmed. Add monocrystalline, polycrystalline, amorphous, glass, resin, PCB or plastic details only after supplier verification.
Can students use it for STEM projects?
Yes. It is suitable for supervised STEM projects on solar energy, voltage, current, load matching, LEDs, motors and simple photovoltaic circuits.
Is it suitable for school science labs?
Yes. It is suitable for supervised school and college demonstrations when used with compatible low-voltage components and safe electrical handling.
For related teaching and laboratory products, explore science lab equipment, physics lab equipment, solar lamp and communication equipment, and solar direct drive equipment.
