99×69mm Mini Solar Panel – 6V 180mA PCB Type Solar Cell for DIY, Arduino, IoT & Robotics
Rs. 71.00
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99×69mm Mini Solar Panel – 6V 180mA PCB Type Solar Cell for DIY, Arduino, IoT & Robotics
Rs. 71.00
Taxes included.
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Power your electronics projects with the 99×69mm Mini Solar Panel, a compact photovoltaic panel designed to convert sunlight into electrical energy. Ideal for students, hobbyists, makers, and engineers, this mini solar panel is suitable for educational experiments, renewable energy demonstrations, robotics, and low-power electronics projects.
With a typical output rating of 6V and 180mA (approximately 1.08W), this panel is a practical choice for small solar-powered applications. Its compact form factor makes it convenient for DIY projects, science models, and prototype development.
Key Features
- Compact Size: 99 × 69mm panel for space-conscious projects.
- Solar Power Generation: Converts sunlight into usable DC electrical energy.
- Typical Output: 6V, 180mA, approximately 1.08W under suitable sunlight conditions.
- DIY-Friendly: Suitable for educational projects, prototypes, and electronics experiments.
- Wide Applications: Can be used with suitable charging circuits, voltage regulators, and power-management modules.
- Renewable Energy Learning: Great for demonstrating solar energy conversion and basic photovoltaic principles.
Technical Specifications
| Specification | Details |
|---|---|
| Product Type | Mini solar panel |
| Panel Dimensions | 99 × 69mm |
| Typical Rated Voltage | 6V DC |
| Typical Rated Current | 180mA |
| Approximate Rated Power | 1.08W |
| Solar Cell Type | Polycrystalline silicon (verify batch) |
| Output Type | DC |
| Power Source | Sunlight |
| Application | DIY, educational, robotics, and IoT projects |
Note: Specifications may vary by supplier or batch. Actual voltage and current depend on sunlight intensity, panel orientation, and load. Confirm the supplied panel's rating before connecting it to your circuit.
Applications
- Arduino and microcontroller-based solar projects
- ESP32 and ESP8266 experiments with a suitable power-management circuit
- Solar-powered sensors and low-power IoT prototypes
- DIY robotics and science exhibition models
- Solar energy and photovoltaic demonstrations
- Battery charging projects using a compatible solar charging controller
- Small outdoor electronics and educational kits
Usage Instructions
- Position the panel in direct sunlight for better performance.
- Connect the positive and negative output wires to a suitable circuit.
- Measure the panel's output voltage before connecting your load.
- Use a compatible solar charging controller when charging rechargeable batteries.
- Add an appropriate voltage regulator or DC-DC converter if your project requires a regulated supply.
Important: Do not connect the solar panel directly to a lithium battery without a suitable charging and protection circuit. Solar output varies with lighting conditions, so the panel may not provide a constant voltage or current.
Package Includes
- 1 × 99×69mm Mini Solar Panel
The recommended code corresponds to the tariff category for photovoltaic cells assembled into modules or panels. Confirm the final HSN and GST treatment with your accountant or tax professional.