Solar Panel Module 6V 1W For Charger DIY MOD35
RWF 5,000.00
The Solar Panel Module 6V 1W is a compact and efficient energy source ideal for DIY projects and small electronics. With its 6V output and 1W power capacity, it is perfect for charging batteries, powering microcontrollers, or running low-power devices. Lightweight and durable, it features a weather-resistant epoxy resin coating, making it suitable for outdoor use. Pre-soldered wires ensure easy integration into various setups, and its small size allows for portable and space-saving applications. This versatile module is a great choice for renewable energy experiments, educational kits, and portable solar-powered solutions.
Product Description
The Solar Panel Module 6V 1W (commonly referred to as MOD35) is a compact and efficient solar panel often used for DIY projects, small electronics charging, and educational purposes. Here's a detailed overview:
Specifications
- Voltage Output: 6V (nominal)
- Power Output: 1W
- Current: Up to ~166 mA (under optimal sunlight conditions)
- Dimensions: Compact size, typically around 110mm x 60mm (may vary slightly based on manufacturer).
- Material: Made of polycrystalline or monocrystalline silicon for efficient energy conversion.
- Weight: Lightweight, ideal for portable projects.
- Build: Encased in a durable and weather-resistant epoxy resin.
Features
- High Efficiency: Converts sunlight to electricity effectively for small-scale needs.
- Durable Design: Built to withstand light environmental stress such as dust and occasional water splashes.
- Compact and Lightweight: Easy to integrate into portable projects or limited spaces.
- Pre-Soldered Wires: Often comes with attached wires for straightforward connectivity.
Applications
- DIY Projects: Ideal for small-scale solar-powered projects.
- Battery Charging: Used to charge low-power batteries (e.g., AA, AAA, Li-ion).
- Microcontrollers: Powers small devices like Arduino or ESP modules with proper regulation.
- Portable Electronics: Can run or charge portable lights, fans, or radios.
- Educational Kits: Popular in teaching the fundamentals of solar energy.
Usage Tips
- Voltage Regulation: Use a voltage regulator (e.g., a buck converter or LDO) if connecting to sensitive electronics requiring lower voltage.
- Battery Storage: Pair with a rechargeable battery and charge controller for continuous power supply during low sunlight.
- Optimal Placement: Position under direct sunlight for maximum efficiency; avoid shadows or obstructions.
- Series/Parallel Configuration: Combine multiple panels for higher voltage (series) or higher current (parallel) requirements.
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