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Photovoltaic Demo Kit

Product Code : SCL-EI-10600

Lab Glassware Manufacturer, based in Ambala, Haryana, India, has been manufacturing and exporting laboratory, scientific and educational equipment since 1982. The Photovoltaic Demo Kit is supplied to secondary physics labs and export buyers across Southern Europe, including Italy, Spain, Portugal and Greece, for solar-energy and renewable-energy teaching.

Quick answer: The Photovoltaic Demo Kit supports 14 confirmed experiments on solar-cell behaviour as a voltage source, current source and diode, covering series and parallel module connections, illuminance and light-angle effects, and conversion of solar energy into light, motor motion, battery charging and hydrogen generation.

Specification	Detail
Product	Photovoltaic Demo Kit / Demonstration Kit Photovoltaics
Intended Users	Physics teachers, secondary school students, STEM labs, renewable-energy classes
Experiment Capacity	14 confirmed photovoltaic experiments
Main Concepts	Solar-cell voltage, current, internal resistance, diode behaviour, illuminance, light angle, energy conversion
Certification	No product-specific certification for this item

Key Features

Demonstration kit for fundamental photovoltaic energy experiments
Supports 14 confirmed solar-cell and solar-module experiments
Covers solar cell behaviour as a voltage source, current source and diode
Demonstrates series and parallel connection of solar modules
Allows investigation of illuminance and illumination angle effects
Supports conversion of solar energy into light energy and mechanical energy
Includes experiment scope for hydrogen generation using solar energy

What's Included in the Kit

Photovoltaic demonstration storage case / set arrangement
Solar cells or solar modules for photovoltaic experiments
Measuring devices for voltage and current demonstrations
Connecting cables and electrical accessories
Electric motor for mechanical-energy conversion demonstration
Components for light-energy conversion demonstration
Components for solar battery and accumulator charging experiments
Components for hydrogen generation using solar energy
Foam inserts sized for the storage case
Photovoltaic storage diagram
Experiment instructions / manual
Final itemized component quantities

Applications / Uses

Demonstrating how solar cells recover electrical energy from sunlight
Testing open-circuit voltage in series solar-module connection
Testing photovoltaic output in parallel solar-module connection
Investigating a solar cell as a voltage source and current source
Studying internal resistance and diode behaviour of a solar cell
Comparing output at different illuminance levels and light angles
Converting solar energy into light energy and mechanical motor output
Demonstrating hydrogen generation and accumulator charging using solar energy

How to Use the Photovoltaic Demo Kit

Select the photovoltaic experiment from the teacher manual
Place the solar module, measuring device, cables and output component on a stable bench
Connect the circuit according to the experiment diagram
Illuminate the solar cell using sunlight or a suitable classroom light source
Measure voltage, current or output response as required by the activity
Change the series connection, parallel connection, light distance or angle of incidence
Record the result and disconnect the circuit before changing components

Safety note: Use the kit under teacher supervision. Avoid short circuits, keep liquids away from electrical contacts, and use hydrogen-generation activities only with the approved setup and classroom safety procedure.

Care & Maintenance

Keep solar-cell surfaces clean, dry and free from scratches
Return measuring devices, cables and modules to the correct foam-insert positions
Check cables and connectors before every demonstration
Store the kit away from moisture, dust and heavy objects that may damage solar modules

Pairing the Photovoltaic Demo Kit with Related Renewable-Energy Equipment

Physics departments building a renewable-energy teaching module often pair the Photovoltaic Demo Kit with the Photovoltaic Basic Set for a simpler introductory activity, the SEG Solar Cell module for SEG-system compatible solar experiments, and the Solar Hydrogen Basic Kit to extend the same solar-energy concept into hydrogen generation and fuel-cell demonstrations. Combining these kits lets a single lab stock cover solar-cell fundamentals, PV circuit analysis, and solar-to-hydrogen energy conversion within one coherent curriculum.

Why Choose Lab Glassware Manufacturer

Lab Glassware Manufacturer has been manufacturing and exporting laboratory, scientific and educational equipment from Ambala, Haryana, India since 1982. Beyond physics and electronic instruments, the company supplies General Lab Equipment, Safety Protective Wears and Laboratory Glassware to schools, colleges, research institutes and government tenders across India and internationally. Every kit is checked before dispatch, and institutional buyers can request documentation and sample data before ordering in bulk.

Frequently Asked Questions

What is the Photovoltaic Demo Kit used for?
It is used to demonstrate solar-cell voltage, current, internal resistance, diode behaviour, illuminance response and energy conversion through a set of guided physics experiments suitable for secondary school and introductory STEM classes.

How many experiments does the kit support?
The kit supports 14 confirmed photovoltaic experiments covering solar-cell characteristics, circuit configurations and energy-conversion demonstrations.

Can the kit demonstrate series and parallel solar module connections?
Yes, the kit is designed to let students connect solar modules in series and in parallel and compare the resulting voltage and current output.

Does the kit show solar energy converting into motion?
Yes, one of the included experiments demonstrates converting solar-generated electrical output into mechanical motion using the kit's output component.

Can students generate hydrogen using solar energy with this kit?
Yes, the kit includes an experiment pathway for solar-to-hydrogen energy conversion when used with the approved setup and classroom safety procedure; this should always be supervised by a teacher.

Are the certifications for this kit confirmed?
Lab Glassware Manufacturer holds ISO 9001 and ISO 13485 certification at the company level; no product-specific certification is claimed for this kit.