Solar Mini Wind Turbine MT150 Manufacturer,Supplier and Exporter in India

Product Code : SCL-PLE-11794
The Solar Mini Wind Turbine MT150 by Scientifc Equipment is an educational renewable energy model designed to demonstrate wind energy, solar energy support, turbine rotation, electricity generation, motor action, and clean energy conversion. It is suitable for school science laboratories, STEM classrooms, physics practicals, environmental science lessons, renewable energy workshops, and science fair projects. This mini wind turbine model helps students understand how moving air can rotate turbine blades and how mechanical energy can be converted into electrical energy. Depending on product configuration, it may also support solar-powered operation or solar-assisted demonstration, making it useful for explaining hybrid renewable energy systems in a simple classroom-friendly format. Product Description A Solar Mini Wind Turbine MT150 is commonly used as a hands-on teaching model for renewable energy demonstrations. When airflow from a fan or natural wind rotates the turbine blades, the connected generator or motor can demonstrate electrical output through a small LED, meter, or compatible low-voltage load depending on the supplied configuration. The Scientifc Equipment Solar Mini Wind Turbine MT150 may include a mini turbine assembly, blade set, support stand, base, generator or motor unit, solar panel, connecting leads, LED, output terminals, and classroom activity accessories depending on model design. It is intended for supervised educational and STEM demonstration use only. Key Features Educational mini wind turbine model for renewable energy learning. Demonstrates conversion of wind energy into mechanical and electrical energy. May include solar support or solar panel connection depending on product configuration. Useful for teaching turbine blades, airflow, generator action, and energy conversion. Suitable for physics, environmental science, STEM, and clean energy lessons. Can support demonstrations using natural wind or a classroom fan under supervision. Helps students compare wind speed, blade rotation, and output behavior. Encourages hands-on observation, testing, and project-based learning. Designed for supervised educational laboratory and classroom use. Product Specifications Product Name Solar Mini Wind Turbine MT150 Brand Scientifc Equipment Model MT150 Product Type Educational Solar and Wind Energy Demonstration Model Application Wind Energy Demonstration, Solar Energy Study, Renewable Energy Project, STEM Activity, Physics Practical, Environmental Science Lesson, and Classroom Teaching Working Principle Moving Air Rotates the Turbine Blades, Converting Wind Energy into Mechanical Rotation and Possible Electrical Output Through a Generator or Motor Unit Possible Components Mini Wind Turbine, Blade Assembly, Generator or Motor Unit, Support Stand, Base, Solar Panel, Connecting Leads, LED, Output Terminals, and Experiment Accessories Depending on Product Configuration Possible Material Plastic or Polymer Blades, Metal or Plastic Shaft, Mini Generator, Plastic or Metal Stand, Solar Panel, Copper Wires, and Educational-Grade Assembly Parts Depending on Model Design Power Source Wind Flow from Fan or Natural Air Movement; Solar Panel Support May Vary Depending on Product Configuration Output Demonstration Blade Rotation, Generator Output, LED Lighting, Meter Reading, or Low-Voltage Demonstration Load Depending on Included Accessories Compatible Accessories Classroom Fan, Multimeter, LED Load, Connecting Leads, Stopwatch, Measuring Scale, Solar Lamp, Sunlight Source, and STEM Activity Worksheet Depending on Lesson Requirement Educational Use Wind Energy Study, Solar Energy Demonstration, Energy Conversion Experiment, Turbine Motion Activity, Generator Principle Lesson, and Student Project Work Suitable For Schools, Colleges, STEM Labs, Science Clubs, Environmental Science Rooms, Physics Labs, Teacher Training Centers, and Educational Institutions Learning Topics Wind Energy, Solar Energy, Renewable Energy, Turbine Blades, Generator Action, Electrical Energy, Mechanical Energy, Energy Conversion, Sustainability, and Clean Technology Operation Manual Assembly, Airflow Exposure, Turbine Rotation Observation, Solar Demonstration, Output Testing, Measurement, and Supervised STEM Experiment Important Note For Educational and STEM Demonstration Use Only; Turbine Size, Solar Panel Rating, Output Level, Accessories, Packaging, and Assembly Parts Depend on Product Configuration How to Use Open the kit and check all components such as turbine blades, stand, base, wires, solar panel, generator unit, and accessories. Read the supplied guide or teacher instructions before assembly. Assemble the turbine stand, blade unit, generator or motor unit, and base as per the recommended setup. Connect the output wires to a compatible LED, meter, or low-voltage load if included. Place the turbine in front of a classroom fan or safe natural airflow source. Allow the blades to rotate freely and observe the movement of the turbine. Check the output using a multimeter or connected LED if the model supports electrical output demonstration. Use the solar panel connection if included to demonstrate solar-assisted operation or hybrid renewable energy learning. Compare turbine performance under different wind speeds, blade angles, or light conditions where applicable. Record observations such as blade rotation, output change, airflow distance, and energy conversion results. After the experiment, disconnect the accessories and store the turbine set safely in a clean and dry place. Safety and Handling Instructions Use only under teacher, instructor, or trained adult supervision. This is a low-voltage educational model; do not connect it to mains electricity. Keep fingers, hair, loose clothing, paper, and small objects away from moving turbine blades. Do not touch the blades while they are rotating. Do not use high-speed industrial fans or unsafe airflow sources. Use only a classroom fan, natural wind, or approved demonstration airflow source. Do not short-circuit the output terminals, solar panel leads, or generator wires. Handle the solar panel and turbine blades carefully to avoid cracks, bending, or wire damage. Do not operate near water, wet surfaces, chemicals, open flames, or unstable edges. Keep small parts away from very young children to avoid choking hazards. Store all components in a clean, dry container after use. Educational Applications Demonstrating wind energy conversion into mechanical motion. Explaining generator action and electrical output from turbine rotation. Teaching solar energy and hybrid renewable energy concepts. Supporting lessons on clean energy, sustainability, and environmental science. Helping students test variables such as airflow speed, distance, and blade rotation. Useful for STEM projects, science fairs, renewable energy workshops, and classroom demonstrations. Encouraging assembly skills, observation, measurement, comparison, and problem-solving. Supporting hands-on learning through practical renewable energy experiments. Why Choose Scientifc Equipment Solar Mini Wind Turbine MT150? The Scientifc Equipment Solar Mini Wind Turbine MT150 provides a practical and engaging way to teach renewable energy, wind power, solar support, turbine motion, generator action, and clean energy conversion. It helps students connect classroom science with real-world sustainable energy systems through hands-on STEM learning. FAQ 1. What is the Solar Mini Wind Turbine MT150 used for? It is used to demonstrate wind energy, turbine rotation, generator action, renewable energy conversion, solar-assisted learning, and STEM project activities. 2. Is this turbine suitable for school students? Yes, it is suitable for school science classrooms, STEM labs, environmental science lessons, physics practicals, science fairs, and supervised student project work. 3. Does the turbine generate electricity? Depending on product configuration, the rotating turbine may drive a small generator or motor unit to demonstrate electrical output through an LED, meter, or compatible low-voltage load. 4. Can it work with a classroom fan? Yes, it can commonly be used with a safe classroom fan to provide airflow for turbine rotation and demonstration. 5. What is the solar function in this kit? The solar function may vary depending on configuration. Some sets may include a solar panel to support hybrid energy demonstrations, solar motor activity, or renewable energy comparison. 6. Can students assemble the kit themselves? Students can assemble the kit under teacher or adult supervision. Younger students may need help with blade fitting, wiring, alignment, and small parts. 7. What science topics can be taught with this model? Teachers can use this model to teach wind energy, solar energy, renewable energy, turbine design, generator principle, electrical output, mechanical motion, and sustainability. 8. How should the Solar Mini Wind Turbine MT150 be stored? Store the turbine, blades, solar panel, wires, stand, and accessories in a clean, dry, and safe container. Keep the kit away from moisture, heat, dust, chemicals, and rough handling. 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Google E-E-A-T Focused Content This product content is prepared to support teachers, school buyers, laboratory suppliers, STEM coordinators, science educators, environmental science instructors, physics teachers, students, and learning institutions with clear product information, practical specifications, usage guidance, safety instructions, and helpful FAQs. The content focuses on accurate educational renewable energy applications, supervised wind turbine experiments, safe low-voltage operation, moving blade safety, solar and wind energy learning, and trustworthy product guidance while clearly stating that the product is for educational and STEM demonstration use only.