Experiment Kit Wind Generator Manufacturer,Supplier and Exporter in India
Product Code : SCL-EI-10595
The Wind Generator Experiment Kit is a school physics apparatus used for teaching wind energy conversion, rotor blade design, blade pitch, generator output and electrical power generation. It is designed for physics, STEM and renewable-energy lessons where students compare wind-turbine performance through practical experiments.
Product Description
The Experiment Kit Wind Generator allows students to build a miniature wind power plant and observe how moving air is converted into electrical energy. The set supports experiments with different rotor arrangements, including 2-, 3-, 4- and 6-blade configurations.
The kit helps learners connect blade shape, blade number, airflow and electrical output. A vane aligns the turbine with the wind direction, while the alternator and LED output make energy conversion visible. For related teaching apparatus, explore our Physics Lab Equipment and Electronic Instruments categories.
Key Features
- Miniature wind-generator kit for renewable-energy experiments.
- Supports 2-, 3-, 4- and 6-blade rotor investigations.
- Allows evaluation of blade pitch, blade profile and blade number.
- Special 3-phase alternator demonstrates electrical generation from wind.
- LED module provides visible output from generated electrical energy.
- Vane helps align the turbine automatically with the wind direction.
- Curriculum material supports structured wind-energy teaching.
- No product-specific certification is confirmed; verify tender compliance before procurement.
Technical Specifications
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Specification |
Detail |
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Product Name |
Experiment Kit Wind Generator / Wind Generator Experiment Kit |
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Brand |
Lab Glassware Manufacturer |
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Product Category |
Physics Lab Equipment / Renewable Energy and Wind Energy Kit |
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Primary Keyword |
Wind Generator Experiment Kit |
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Secondary Keywords |
wind energy experiment kit, wind turbine education kit, wind power generator kit, blade pitch experiment, rotor blade experiment, renewable energy physics kit, 3-phase alternator model |
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Intended Users |
School physics students, STEM learners, renewable-energy classes, science teachers and demonstration groups |
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Rotor Configurations |
2-, 3-, 4- and 6-blade rotor experiments |
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Blade Evaluation |
Blade pitch, blade profile and number of blades |
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Generator Type |
Special 3-phase alternator, as per verified kit data |
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Visible Output |
LED output demonstration |
What's Included in the Kit
- Mini wind turbine / wind power generator
- Profiled rotor blades for blade-shape comparison
- Polypropylene sheet blades for user-made blade experiments
- Rotor assembly components
- Vane for wind-direction alignment
- Special 3-phase alternator
- LED module for output demonstration
- Aluminium post / turbine support parts
- Assembly guide
- Wind-energy curriculum CD or teaching material
- Final itemized packing list
Applications / Uses
- Building a working miniature wind turbine.
- Comparing 2-, 3-, 4- and 6-blade rotor performance.
- Testing how blade pitch affects electrical output.
- Studying how blade profile changes rotor speed and power generation.
- Demonstrating conversion of wind energy into electrical energy.
- Using an LED as a visible load for generated output.
- Discussing wind farms, turbine efficiency and renewable-energy systems.
How to Use the Experiment Kit Wind Generator
- Assemble the turbine post, rotor hub, blade set, vane and generator according to the guide.
- Select the blade number, such as 2, 3, 4 or 6 blades.
- Set the blade pitch or blade profile required for the experiment.
- Place the turbine in front of a safe fan or suitable wind source.
- Connect the LED module or measuring instrument to observe output.
- Run the airflow and record rotor behaviour, brightness, voltage or current where measured.
- Repeat the experiment with different blade numbers or pitch settings and compare results.
Safety note: Use the kit under teacher supervision. Keep fingers, loose clothing and paper away from rotating blades, and switch off the fan before changing the rotor arrangement.
Care & Maintenance
- Store blades flat and protected from bending or cracking.
- Check rotor locking parts, vane and generator connections before use.
- Keep the alternator, LED module and wires dry.
- Do not force blade-angle adjustments beyond the intended positions.
Why Choose Lab Glassware Manufacturer
Lab Glassware Manufacturer supplies laboratory glassware, physics apparatus, renewable-energy kits, electronic instruments and STEM teaching models for institutional procurement. The brand supports schools, colleges, laboratories and export buyers with practical product sourcing for classroom science teaching. Buyers can combine this wind-energy kit with General Lab Equipment, Safety Protective Wears and Laboratory Glassware for complete laboratory planning.
Frequently Asked Questions
What is the Wind Generator Experiment Kit used for?
The Wind Generator Experiment Kit is used to teach wind energy conversion, blade design, blade pitch, rotor efficiency and electrical power generation using a miniature turbine.
Which rotor configurations can students test?
The verified Conatex listing states that students can experiment with 2-, 3-, 4- and 6-blade rotors.
Does the kit generate electricity?
Yes. The verified matching kit data describes a miniature wind turbine with a special 3-phase alternator and LED output demonstration.
Can students compare different blade shapes?
Yes. The verified kit data confirms that blade pitch, blade profile and number of blades can be evaluated.
Is a fan included with the kit?
A suitable fan or wind source is required for classroom operation. Whether it is 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 material details should be checked before procurement.
For wind-energy demonstrations, rotor experiments and school renewable-energy procurement, request a quotation through the Physics Lab Equipment category.
