Hydro Power Model

Price 325.0 INR/ Piece

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MOQ : 50 pieces

Hydro Power Model Specification

Power Type
Water Driven

Surface Finish
Smooth Acrylic and Painted Metal

Style
Educational Demonstration Model

Size
Standard Classroom Size

Use
Science Experiment, Learning Aid

Assembly
Partially Assembled, Simple User Assembly Required

Weight
Approximately 1.2 kg

Model No
GKR-105

Features
Easy Assembly, Visible Water Movement, Durable Build

Type
Miniature Working Model

Material
Transparent Acrylic, Metal, Plastic

Dimensions
400mm x 250mm x 200mm (L x W x H)

Shape
Rectangular Base with Turbine Cylinder

Color
Transparent/Blue/White

Function
Shows Hydro Power Generation

Age
8 Years & Above

Advantage
Visually Demonstrates Hydro Power Principles

Application
Ideal for School Projects, Science Fairs, Lab Demonstrations

Included Accessories
Connecting Pipes, Mini-Reservoir, Power Output Terminals

Capacity
Reservoir Holds up to 1 litre water

Maintenance
Easy to Clean, Resilient to Water Damage

Operation Method
Pour Water to Activate Turbine

Safety
Rounded Edges, Non-Toxic Materials

Electric Output
LED Demonstration Lighting

Water Flow Source
Manual Reservoir Fill

About Hydro Power Model

Water Turbine Model with Dynamo for Renewable Energy Demonstration

Samtech Instruments is a leading manufacturer, supplier, and exporter of Water Turbine Models with Dynamo, designed to demonstrate the conversion of water energy into electrical energy. This working educational model helps students understand hydroelectric power generation and the principles of renewable energy through practical experimentation.

The model uses flowing water to rotate a turbine connected to a dynamo, illustrating how hydroelectric power plants generate electricity. It is an ideal teaching aid for science laboratories, STEM education, and renewable energy demonstrations.

Engage and Inspire with Practical Science

This hydro power demonstration model transforms theoretical science into an engaging, hands-on activity. Ideal for school projects, lab lessons, and science fairs, it empowers students to investigate renewable energy by generating power that lights LEDs. Its transparent and robust design ensures clear visibility during experiments and long-lasting classroom performance.

Safe and Simple Operation for Young Learners

Specifically crafted for children aged 8 and above, the model features rounded edges, non-toxic materials, and a compact, manageable size. Assembly is straightforward, requiring minimal steps, while easy-clean construction further adds to its classroom practicality. Pour water into the reservoir, observe energy transformation, and inspire curiosity safely.

FAQ's of Hydro Power Model:

Q: How do you operate the Hydro Power Model to generate electricity?

A: Fill the mini-reservoir with up to 1 litre of water and pour it to activate the turbine. As the water flows through the pipes, it spins the turbine and generates electricity to illuminate the built-in LED lights.

Q: What parts need to be assembled before use?

A: Most of the model comes pre-assembled, but you will need to attach the connecting pipes and reservoir. The assembly process is user-friendly, making it quick and suitable for classroom settings.

Q: When is this hydro power demonstration model most beneficial?

A: This model is most beneficial during science lessons, school projects, lab demonstrations, and science fairs, especially when teaching renewable energy concepts to students aged 8 and up.

Q: Where can this model be used for educational purposes?

A: Its size and durable build make it ideal for use in classrooms, laboratories, and at science fairs or educational exhibitions.

Q: What is the cleaning and maintenance process for this model?

A: The model is designed to be resilient to water damage and easy to clean. Simply rinse with clean water after use and ensure all parts are dry before storing.

Q: How does this model benefit students learning about hydro power?

A: By providing a hands-on, visual demonstration of energy conversion from water to electricity, students gain a clear understanding of hydro power principles while engaging actively with the experiment.

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