-56%

Solar Boat

  • The Solar Boat Model demonstrates solar energy conversion into motion.
  • Made with EVA foam (8mm), it includes a 3V DC motor, a 200 mA solar panel, and a propeller system.
  • Compact size: 9″ × 3″ × 3.5″.
  • Perfect for science fairs, classrooms, and STEM projects.

350.00 800.00

People watching this product now!
Description

Solar Boat Model – Renewable Energy STEM Kit

The Solar Boat Model by Elmo Agencies, a trusted scientific manufacturer in Ambala, is a hands-on educational STEM kit designed to demonstrate how solar energy can be converted into electrical and mechanical energy. The working model helps students understand renewable energy, solar power, electric motors, and propulsion through a practical water-based experiment.

The Solar Boat Model uses a solar panel to convert sunlight into electrical energy. The electricity powers a 3V DC motor, which rotates a propeller through the connected shaft mechanism. As the propeller rotates, it pushes water backwards, producing thrust that moves the boat forward.

This demonstrates a simple energy conversion process:

Sunlight → Electrical Energy → Mechanical Energy → Motion

Kit Includes

  • Lightweight EVA foam boat body
  • EVA foam thickness: approximately 8 mm
  • 3V DC motor
  • 3V, 200mA solar panel
  • Crocodile clips for electrical connection
  • Propeller
  • Propeller shaft and connector
  • Compact floating boat design

Dimensions

Approximately 9″ × 3″ × 3.5″

The compact size makes the model convenient for classroom demonstrations, STEM activities, and science projects.

Key Learning Concepts

  • Solar and renewable energy
  • Conversion of light energy into electrical energy
  • Conversion of electrical energy into mechanical motion
  • DC motor operation
  • Propeller-based propulsion
  • Basic concepts of thrust and motion

Key Features

  • ☀️ Demonstrates practical use of solar energy
  • ⚡ Solar panel directly powers the DC motor under suitable sunlight
  • 🚤 Propeller system demonstrates water propulsion
  • 🧪 Hands-on renewable energy STEM activity
  • 🪶 Lightweight EVA foam body designed for floating demonstrations
  • 🎓 Suitable for science classrooms, STEM labs, and school projects

Educational Applications

Renewable Energy Demonstrations

Students can observe how sunlight can be used as an energy source to operate an electrical system.

Energy Conversion Experiments

The model demonstrates the conversion of solar energy into electricity and then mechanical motion.

STEM Project Learning

Its working mechanism makes it suitable for practical science projects and activity-based learning.

Science Exhibitions

The moving solar-powered boat provides a clear and engaging demonstration of renewable energy technology.

Ideal For

User Group Application
Schools Teaching solar energy and energy conversion
STEM Labs Renewable energy demonstrations
Students Hands-on science projects
Teachers Practical classroom demonstrations
Science Fairs Working renewable energy exhibits

Frequently Asked Questions

How does the Solar Boat Model work?

The solar panel converts sunlight into electrical energy. This electricity powers the DC motor, which rotates the propeller and creates thrust to move the boat through water.

Does the Solar Boat require batteries?

The model is designed to operate using electricity generated by its solar panel under suitable sunlight or a sufficiently strong light source compatible with the solar panel.

What concepts does the Solar Boat Model demonstrate?

It demonstrates solar energy, renewable energy, energy conversion, electric motor operation, mechanical motion, and propeller propulsion.

Can the Solar Boat be used in water?

Yes. The lightweight EVA foam body is suitable for floating demonstrations in calm and shallow water.

Who supplies the Solar Boat Model?

The Solar Boat Model is supplied by Elmo Agencies, a scientific manufacturer in Ambala, providing educational science models and laboratory equipment for schools, colleges, and STEM learning.

Conclusion

The Solar Boat Model by Elmo Agencies provides an engaging way to demonstrate the practical use of renewable solar energy. By converting sunlight into electricity and then mechanical motion, the model helps students understand important concepts in energy conversion, electric motors, propulsion, and sustainable technology through hands-on learning.

Specification