5.5V 220mA Small Solar Panel 110x80mm

110x80mm 5.5V 220mA Solar Panel Module for Science Projects and DIY Applications

The 110x80mm 5.5V 220mA Solar Panel Module is a versatile renewable energy component designed for science projects, educational demonstrations, DIY electronics, and low-power solar applications. This solar panel converts sunlight directly into electrical energy through photovoltaic technology, allowing users to explore practical uses of clean and sustainable energy.

With a 5.5V output and 220mA current rating, this solar panel is suitable for powering compatible low-power circuits, educational prototypes, solar-powered models, and charging demonstrations when used with appropriate charging circuitry. Its larger 110x80mm size provides a greater surface area for improved energy collection compared to smaller educational solar panels.

At Biggan Project, solar panels like this are widely used in STEM education kits and practical science learning activities. Students throughout Bangladesh use solar modules to understand concepts such as voltage generation, current flow, energy conversion, and renewable energy systems. Whether you are preparing a science fair exhibit, classroom experiment, or DIY solar project, this panel provides an effective and hands-on learning experience.

For schools, colleges, universities, and makerspaces across BD, this solar panel offers an accessible way to introduce solar technology and environmental awareness. Its practical specifications make it a valuable component for educational and experimental purposes.

Product Specifications

Features

• 5.5V output suitable for various educational projects.
• 220mA current capacity for low-power applications.
• Larger panel size for improved sunlight collection.
• Converts solar energy directly into electricity.
• Useful for STEM and renewable energy education.
• Easy to integrate into DIY electronic systems.
• Suitable for indoor demonstrations and outdoor testing.
• Can be combined with additional panels for expanded projects.

Applications / Use Cases

• School and college science projects.
• STEM educational activities.
• DIY solar-powered devices.
• Renewable energy demonstrations.
• Solar-powered model development.
• Educational charging experiments.
• Environmental science projects.
• Prototype and proof-of-concept systems.
• Solar learning kits.
• Hands-on electronics training.

User Guide / How to Use

• Position the solar panel under direct sunlight.
• Identify and connect the positive and negative terminals correctly.
• Use a multimeter to verify output if required.
• Connect compatible low-power loads or circuits.
• Use suitable charging circuits for battery-related experiments.
• Keep the panel surface clean for maximum efficiency.
• Avoid covering any portion of the solar cells.
• Store the panel in a dry place when not in use.

Frequently Asked Questions (FAQs)

• Q: Is this solar panel suitable for science projects?
  A: Yes, it is commonly used in educational and experimental projects.
• Q: Can this panel charge batteries?
  A: It can be used in charging demonstrations when paired with appropriate charging circuitry.
• Q: Does this solar panel require external power?
  A: No, it generates electricity directly from sunlight.
• Q: Can multiple panels be connected together?
  A: Yes, multiple panels can be connected in series or parallel depending on project requirements.
• Q: Is it suitable for educational demonstrations?
  A: Yes, it is an excellent teaching tool for renewable energy concepts.

Challenges and Considerations

• Power output depends on sunlight intensity.
• Cloudy weather may reduce performance.
• Partial shading affects energy generation.
• Correct polarity should always be maintained.
• Additional components may be required for advanced applications.

Compatibility

• Arduino educational projects.
• DIY solar learning kits.
• Low-power electronic circuits.
• Educational demonstration systems.
• Renewable energy prototypes.
• Solar-powered project models.

Future Enhancement Options

• Combine multiple panels for increased output.
• Integrate rechargeable battery systems.
• Add a solar charge controller.
• Include power monitoring modules.
• Develop complete solar-powered educational kits.
• Integrate with sensors and IoT platforms.

Benefits

• Supports practical renewable energy education.
• Encourages hands-on STEM learning.
• Helps users understand solar power principles.
• Provides an environmentally friendly energy source.
• Suitable for experimentation and innovation.
• Easy to incorporate into educational projects.
• Popular among educators and students in Bangladesh.

Conclusion

The 110x80mm 5.5V 220mA Solar Panel Module is a practical solution for science projects, renewable energy demonstrations, and DIY electronics. Its balanced combination of size, voltage output, and current capacity makes it an excellent choice for students, educators, and hobbyists interested in exploring solar energy through real-world applications.

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