12V 1.3W Mini Solar Panel Polycrystalline DIY Charging Module
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Compact and lightweight design
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High-efficiency polycrystalline cells
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Ideal for DIY and educational projects
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Pre-attached wires for easy connection
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Suitable for battery charging and small devices
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Eco-friendly and renewable energy source
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Durable and weather-resistant panel design
350,00 EGP
In stock
In stock
Payment Methods:
Description
The 12V 1.3W Mini Polycrystalline Solar Panel is a compact and efficient solar charging module ideal for DIY electronics, hobby projects, and small-scale renewable energy experiments. Designed with high-quality polycrystalline solar cells, this panel offers reliable performance under sunlight, converting solar energy into usable electricity. Its lightweight and durable construction makes it perfect for portable use, educational kits, solar-powered toys, wireless sensors, LED lighting, and battery charging applications. Simply connect it to your circuit or battery via the easy-to-use terminals and harness the power of the sun.
Key Features:
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Efficient Polycrystalline Cells – Stable power generation with good sunlight absorption.
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Compact & Lightweight – Ideal for mobile and small DIY setups.
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Easy to Use – Pre-soldered wire terminals for quick connection.
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Environmentally Friendly – Green energy source for powering electronics.
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Durable Construction – Encased in a sturdy panel for long-lasting outdoor/indoor use.
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Low Power Projects – Perfect for small devices, sensors, and microcontroller kits.
Specification
General
| Weight Weight | 0,0000 g |
|---|---|
Dimensions
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115 × 85 × 3 mm |
| type |
Polycrystalline Solar Cell |
| maximum-power-pmax |
1.3W |
| output-voltage-vmp |
12V (nominal), ~6–7V under load |
| current-imp |
~150–220mA (depending on sunlight) |
| open-circuit-voltage |
~7V–8V |
| short-circuit-current |
~250mA |
| material |
Polycrystalline silicon |
| operating-temperature |
-20°C to +60°C |
| wiring |
Pre-attached wires or solder pads |
| applications |
DIY electronics, LED lighting, solar toys, Arduino/Raspberry Pi projects, battery trickle charging |
