SEG solar cell Manufacturer,Supplier and Exporter in India

Product Code : SCL-EI-10588

The SEG Solar Cell Kit is a school physics apparatus used for teaching solar-cell voltage, short-circuit current, series and parallel connections, light-angle effects, solar power output and solar hydrogen production. It is designed for one student group and supports practical renewable-energy experiments within a standard lesson period.

Product Description

The SEG Solar Cell Kit provides a compact set of components for basic photovoltaic experiments. Students can connect solar cells, measure electrical values, operate a small motor, light LEDs and observe how light intensity and incidence angle affect solar-cell output.

The kit is suitable for physics, STEM, renewable-energy and introductory electrochemistry lessons. It links photovoltaic conversion with mechanical output, light output and hydrogen generation, helping students understand solar energy as both an electrical source and an energy-conversion system. For related equipment, explore our Physics Lab Equipment and Electronic Instruments categories.

Key Features

• Student solar-cell experiment kit for one working group.
• Includes six 0.5 V / 300 mA solar cells for circuit comparison.
• Supports no-load voltage and short-circuit current experiments.
• Demonstrates series and parallel connection of solar cells.
• Allows investigation of illumination strength and light incidence angle.
• Converts solar energy into mechanical motion using a motor with propeller.
• Supports solar-powered light output and solar hydrogen production activities.
• No product-specific certification is confirmed; verify tender compliance before procurement.

Technical Specifications

What's Included in the Kit

• 6 solar cells, 0.5 V / 300 mA
• Electric motor with propeller
• Electrolysis trough
• Pair of carbon electrodes
• LEDs
• Sodium chloride
• Connecting leads
• Crocodile clips / tapping clips
• Experiment instructions
• Storage case with shaped insert

Applications / Uses

• Measuring no-load voltage from a solar cell.
• Measuring short-circuit current under controlled light.
• Comparing series and parallel solar-cell connections.
• Plotting the power characteristic of a solar generator.
• Studying how illuminance changes photovoltaic output.
• Studying how light incidence angle affects solar-cell performance.
• Running a motor with propeller using solar energy.
• Demonstrating solar hydrogen production through electrolysis.

How to Use the SEG Solar Cell

1. Place the solar cells, leads, motor, LEDs or electrolysis parts on a stable, dry bench.
2. Select the experiment from the instruction manual.
3. Connect the solar cell circuit using the supplied leads and clips.
4. Illuminate the solar cells with sunlight or a suitable classroom light source.
5. Measure voltage or current with student measuring instruments where required.
6. Change the connection, light intensity or light angle and record the effect.
7. For electrolysis work, use the trough, electrodes and sodium chloride only as directed.

Safety note: Use the kit under teacher supervision. Avoid short circuits, keep liquids away from unintended electrical contacts, and disconnect the setup before changing wiring or electrolysis parts.

Care & Maintenance

• Keep solar-cell surfaces clean, dry and free from scratches.
• Store leads, clips, LEDs and electrodes in the shaped insert after use.
• Rinse and dry electrolysis parts after classroom experiments.
• Keep sodium chloride sealed and away from moisture during storage.

Why Choose Lab Glassware Manufacturer

Lab Glassware Manufacturer supplies laboratory glassware, physics apparatus, renewable-energy kits, electronic instruments and STEM teaching equipment for institutional procurement. The brand supports schools, colleges, laboratories and export buyers with practical product sourcing for classroom science teaching. Buyers can combine this solar-cell kit with General Lab Equipment, Safety Protective Wears and Laboratory Glassware for complete laboratory planning.

Frequently Asked Questions

What is the SEG Solar Cell Kit used for?

The SEG Solar Cell Kit is used to teach photovoltaic energy conversion, voltage, current, series and parallel solar-cell circuits, light-angle effects and solar hydrogen production.

How many solar cells are included?

The kit includes six solar cells, each rated 0.5 V / 300 mA.

Can students connect the solar cells in series and parallel?

Yes. Series and parallel connection of solar cells is one of the confirmed experiment topics.

Does the kit demonstrate solar energy conversion?

Yes. Students can convert solar energy into mechanical energy with a motor and propeller, and into light energy using LEDs.

Can the kit be used for solar hydrogen experiments?

Yes. The confirmed experiment topics include solar hydrogen production, and the kit includes an electrolysis trough, carbon electrodes and sodium chloride.

Are measuring instruments included?

The verified source states that simple student measuring instruments are required for electrical quantities. Whether they are included in the final supply should be confirmed before order placement.

For photovoltaic experiments, renewable-energy teaching and institutional school procurement, request a quotation through the Physics Lab Equipment category.