Product Description
The 5V 70x70mm Mini Solar Panel is a compact, lightweight, and easy-to-use photovoltaic panel designed for small-scale solar power applications. It converts sunlight into electrical energy, making it an excellent choice for DIY electronics, robotics, IoT, STEM education, and renewable energy projects.
With its compact 70x70mm size, the panel can be easily integrated into projects where space and weight are important considerations. It is suitable for powering low-power electronic circuits and can also be used with suitable charging and power management circuits for battery-based applications.
Whether you are building a solar-powered robot, sensor system, portable electronic device, or educational renewable energy project, this mini solar panel provides a simple and practical way to incorporate solar energy into your design.
Key Features
- 5V nominal output
- Compact 70x70mm design
- Lightweight and easy to install
- Converts sunlight into electrical energy
- Suitable for small low-power electronics
- Easy to integrate into DIY projects
- Ideal for solar energy experiments and demonstrations
- Suitable for indoor educational demonstrations and outdoor projects
Applications
- Solar Powered Arduino Projects
- IoT and Sensor Projects
- Mini Robotics Projects
- Solar Energy Demonstrations
- Renewable Energy Projects
- Portable Electronics
- DIY Electronics
- STEM and Educational Projects
- Solar-Powered Monitoring Systems
- Small Battery Charging Projects with a suitable charging circuit
Specifications
- Product Type: Mini Solar Panel
- Panel Size: 70 × 70mm
- Nominal Voltage: 5V
- Output Type: DC
- Technology: Photovoltaic Solar Cell
- Mounting: Easy to integrate into DIY projects
- Application: Small-scale solar power generation
Note: Actual output voltage and current depend on sunlight intensity, panel orientation, temperature, and load conditions.
Package Includes
- 1 × 5V 70x70mm Mini Solar Panel
Why Choose This Solar Panel?
The 5V 70x70mm Mini Solar Panel is an excellent choice for students, hobbyists, makers, and engineers who want to explore solar energy and build compact renewable-energy projects. Its small size, lightweight design, and simple integration make it especially useful for robotics, IoT, STEM learning, and DIY electronics applications.







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