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Renewable Energy Experimental System

Product Code : SCL-EI-10584

Lab Glassware Manufacturer, based in Ambala, Haryana, India, has been manufacturing and exporting laboratory, scientific, and educational equipment since 1982. The Renewable Energy Experimental System is a school science apparatus used for teaching wind energy, solar energy, electrolysis, fuel-cell operation and electrical energy conversion. Lab Glassware Manufacturer supplies this system to institutions across the Mediterranean, including Spain, Portugal, Malta and Cyprus.

Quick Answer: The Renewable Energy Experimental System is a modular kit that lets students compare a wind turbine, a solar module, an electrolyzer and a fuel cell in one classroom setup, generating electrical output to power an LED module or motor and observe how wind, light and stored chemical energy can be converted into usable electricity.

Specification	Detail
Product Name	Renewable Energy Experimental System
Brand	Lab Glassware Manufacturer
Category	Electronic Instruments – Renewable Energy Experiment Kit
Intended Users	School physics students, chemistry students, STEM learners, science teachers and renewable-energy demonstration groups
Weight	2000 g
Energy Topics	Wind energy, photovoltaic energy, electrolysis, fuel cells and electrical output
Required Accessory	AA batteries — check whether included in your final supply before ordering
Standards / Certifications	No product-specific certification confirmed; verify tender compliance before procurement

Key Features

Complete alternative-energy experiment system for school laboratories
Demonstrates wind power, photovoltaic power, electrolysis and fuel-cell principles
Includes a wind turbine with mast and multiple rotor blade profiles
Solar module supports photovoltaic energy-conversion experiments
Electrolyzer and fuel cell support hydrogen-energy demonstrations
Motor with propeller and LED module provide visible output indicators
Battery box allows alternative operation when wind or light conditions are insufficient

What's Included in the Kit

1 wind turbine with mast
9 differently profiled rotor blades
1 solar module
1 electrolyzer
1 fuel cell
1 motor with propeller
1 LED module
1 resistor module
1 battery box
1 plastic syringe
Operating instructions
Connection leads / CD-ROM

Applications

The Renewable Energy Experimental System is used for demonstrating wind energy conversion using a turbine and rotor blades, studying photovoltaic energy conversion with a solar module, producing hydrogen and oxygen by electrolysis under controlled conditions, explaining how a fuel cell converts chemical energy into electrical energy, powering an LED module or motor as a visible electrical load, comparing renewable energy sources under different classroom conditions, and supporting STEM projects on clean energy and sustainable technology.

How to Use the Renewable Energy Experimental System

Place the wind turbine, solar module, electrolyzer, fuel cell and output modules on a stable bench, select the experiment (wind generation, solar generation, electrolysis or fuel-cell operation), connect the cables according to the operating instructions, use wind or light to generate electrical energy, or use the battery box when natural input is insufficient, operate the LED module or motor to observe electrical output, for electrolysis work connect the electrolyzer and observe gas generation as instructed, and record the effect of wind strength, blade profile, light intensity or load type on system performance.

Safety Note: Use the system only under teacher supervision. Keep hydrogen experiments away from flames, sparks and hot surfaces. Disconnect power before changing cables or modules.

Care & Maintenance

Store the solar module and fuel-cell parts dry and protected from scratches, check cables, connectors, rotor blades and the motor before each lesson, remove batteries before long-term storage, and clean and dry electrolysis components as directed after use.

Pairs Well With Other Renewable Energy Apparatus

Schools building a full renewable-energy teaching module often pair this system with the Solar Hydrogen Basic Kit for electrolytic hydrogen generation, the Photovoltaic Basic Set to study solar cell behaviour in isolation, and the Electromobility Experiment Kit – Extended Set to apply the same fuel-cell and solar principles to vehicle drives.

Why Choose Lab Glassware Manufacturer

Lab Glassware Manufacturer has been manufacturing and exporting laboratory, scientific and educational equipment from Ambala, Haryana, India since 1982, supplying schools, colleges, research institutes and government tenders across India and export markets including the Mediterranean (Spain, Portugal, Malta, Cyprus). Every system is checked before dispatch, and technical support is available for institutional buyers placing bulk or tender orders.

Frequently Asked Questions

What is the Renewable Energy Experimental System used for?
The Renewable Energy Experimental System is used to teach wind energy, solar energy, electrolysis, fuel-cell operation and energy conversion through practical experiments.

Does the kit include a wind turbine?
Yes. The verified supply scope includes one wind turbine with mast and differently profiled rotor blades.

Can the system demonstrate solar energy?
Yes. The kit includes a solar module for photovoltaic energy-conversion experiments.

Does the kit include fuel-cell components?
Yes. The confirmed supply scope includes an electrolyzer and a fuel cell for hydrogen-energy demonstrations.

What visible outputs can students observe?
Students can use the LED module and motor with propeller to observe electrical output from the renewable-energy setup.

Are batteries included?
The source lists a battery box and required AA battery accessories. Whether batteries are included in the final supply should be confirmed before order placement.

Are certifications confirmed for this product?
No product-specific certification is confirmed in the verified source data. Tender compliance, safety declarations and certification requirements should be checked before order placement.