The Mini Solar Panel Plate 5V 100mA 0.60W (80x55mm) is a compact photovoltaic solar panel designed to convert sunlight into usable electrical energy. With a rated output of 5V, 100mA, and 0.60W, this solar panel is ideal for powering low-power electronic devices, educational projects, DIY solar systems, Arduino applications, battery charging experiments, and renewable energy demonstrations.
Its lightweight and portable design makes it suitable for hobbyists, students, and makers who want to explore solar energy technology. The panel can be used individually or combined with other panels in series or parallel configurations to achieve higher voltage or current outputs.
Key Features
- Generates clean and renewable solar energy
- Rated Output Voltage: 5V
- Maximum Output Current: 100mA
- Maximum Output Power: 0.60W
- Compact Size: 80 × 55mm
- Lightweight and Portable Design
- Durable Solar Cell Construction
- Suitable for Indoor Learning and Outdoor Projects
- Easy Integration with DIY Electronics
- Can Be Connected in Series or Parallel for Expanded Solar Systems
Technical Specifications
- Product Type: Mini Solar Panel
- Technology: Photovoltaic Solar Cell
- Rated Voltage: 5V
- Rated Current: 100mA
- Rated Power: 0.60W
- Panel Dimensions: 80 × 55mm
- Output Type: DC
- Cell Type: Polycrystalline / Monocrystalline (varies by manufacturer)
- Mounting Type: Panel Mount
- Operating Condition: Direct Sunlight Recommended
- Application: Low-Power Solar Energy Systems
Working Principle
The solar panel operates using the photovoltaic effect, where sunlight striking the solar cells generates electrical energy. The semiconductor material within the solar cells converts solar radiation directly into DC electricity.
The generated electrical power can be used to:
- Power low-power electronic devices
- Charge rechargeable batteries using a suitable charging circuit
- Operate educational and demonstration projects
- Support renewable energy experiments and prototypes
The actual output voltage and current may vary depending on sunlight intensity, weather conditions, and panel orientation.
Applications
- Arduino and Microcontroller Projects
- DIY Solar-Powered Devices
- Educational Science Projects
- Renewable Energy Demonstrations
- Solar Battery Charging Experiments
- Portable Electronic Projects
- Mini Solar Robots
- STEM Learning Activities
- Environmental Monitoring Systems
- Hobby Electronics Projects
Advantages
- Renewable and Environmentally Friendly Energy Source
- Compact and Lightweight Construction
- No Fuel or Running Costs
- Silent Operation
- Easy Installation and Use
- Suitable for Educational Applications
- Expandable Through Series and Parallel Connections
Usage Tips
- Place the panel in direct sunlight for maximum performance.
- Keep the panel surface clean and free from dust or debris.
- Use a suitable charging controller when charging batteries.
- Avoid placing the panel in shaded areas.
- Connect multiple panels in series to increase voltage.
- Connect multiple panels in parallel to increase current output.
- Handle carefully to avoid damage to the solar cells.
Reviews
There are no reviews yet