86x20mm 5V 30mA Small Solar Panel

86x20mm 5V 30mA Slim Solar Panel for Science Projects and DIY Electronics

The 86x20mm 5V 30mA Slim Solar Panel is a compact photovoltaic module designed for science projects, educational experiments, and low-power DIY electronics applications. This solar panel converts sunlight into electrical energy using photovoltaic technology, making it an excellent learning tool for students, hobbyists, and renewable energy enthusiasts.

Its slim rectangular design allows easy installation in compact spaces where conventional solar panels may not fit. With a stable 5V output and 30mA current capacity, the panel is suitable for educational demonstrations, solar-powered models, STEM learning activities, and prototype development. It provides a practical introduction to renewable energy systems and helps users understand how solar energy can be converted into usable electricity.

As renewable energy education continues to grow across Bangladesh, educational organizations such as Biggan Project are encouraging hands-on learning experiences through science projects and solar technology experiments. Students throughout BD frequently use compact solar panels like this one for science fair presentations, classroom demonstrations, and maker projects. Biggan Project supports practical STEM education by providing components that inspire innovation and creativity.

Whether you are building a solar-powered model, conducting educational experiments, or developing a DIY electronics project, this slim solar panel provides an effective way to explore sustainable energy technologies and real-world photovoltaic applications.

Product Specifications

Features

• Compact 86x20mm slim rectangular design.
• Converts sunlight into electrical energy.
• Provides stable 5V output for low-power applications.
• Suitable for science projects and educational demonstrations.
• Easy integration into DIY electronics projects.
• Lightweight and portable construction.
• Supports renewable energy education.
• Ideal for STEM learning activities.

Applications / Use Cases

• School and college science projects.
• Science fair demonstrations.
• Renewable energy learning activities.
• DIY electronics experiments.
• Solar-powered educational models.
• STEM classroom projects.
• Maker and hobby electronics.
• Low-power solar applications.
• Prototype development projects.
• Environmental awareness programs.

User Guide / How to Use

• Place the panel under direct sunlight for best performance.
• Keep the panel surface clean and unobstructed.
• Verify polarity before connecting circuits.
• Use with compatible low-current loads.
• Measure output using a multimeter when required.
• Avoid shading the panel during operation.
• Secure properly within project assemblies.
• Store in a dry location when not in use.

Frequently Asked Questions (FAQs)

• Q: Is this solar panel suitable for science projects?
  A: Yes, it is specifically suitable for educational and experimental projects.
• Q: Does it generate electricity directly from sunlight?
  A: Yes, photovoltaic cells convert sunlight into electrical energy.
• Q: Can multiple panels be connected together?
  A: Yes, panels can be connected in series or parallel depending on project requirements.
• Q: Is it suitable for STEM education?
  A: Yes, it provides hands-on experience with renewable energy concepts.
• Q: Does the output vary during use?
  A: Output depends on sunlight intensity and environmental conditions.

Challenges and Considerations

• Output depends on available sunlight.
• Cloudy weather reduces performance.
• Partial shading decreases efficiency.
• Correct polarity must be maintained.
• Advanced applications may require additional circuitry.

Compatibility

• Educational science kits.
• DIY electronics platforms.
• Solar-powered demonstration models.
• STEM learning projects.
• Low-power electronic circuits.
• Prototype development systems.

Future Enhancement Options

• Connect multiple panels to increase output.
• Add rechargeable battery storage.
• Integrate power monitoring modules.
• Expand into advanced educational projects.
• Combine with sensors and controllers.
• Create larger renewable energy demonstrations.

Benefits

• Promotes practical science education.
• Encourages renewable energy awareness.
• Supports hands-on STEM learning.
• Easy to use in educational projects.
• Provides real-world solar energy experience.
• Suitable for beginners and hobbyists.
• Encourages innovation and creativity.

Conclusion

The 86x20mm 5V 30mA Slim Solar Panel is a practical educational component for science projects, renewable energy demonstrations, and DIY electronics activities. Its compact size, simple operation, and educational value make it an excellent choice for students, educators, and makers exploring sustainable energy technologies.

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