2 - Piece Durable Micro Solar Panels – 3V 60mA Photovoltaic Cells (Black)

🛡️ Product Overview: Discover the power of renewable energy with our 2 Pcs Durable 3V 60mA Micro Solar Panels. Each panel boasts a compact size of 40x40mm, making them perfect for various DIY projects and outdoor use. Engineered from high-quality polycrystalline silicon, these mini photovoltaic cells offer reliability and longevity, ensuring your solar solutions are both effective and durable.

🔋 High Efficiency: Our solar panels come equipped with an advanced solar charging circuit, promoting high efficiency and stable charging. This means you can harness the sun’s energy and convert it into a reliable power source for your projects, all while minimizing energy loss.

🕊️ Portability: Designed with convenience in mind, these mini solar panels are lightweight and easy to transport. Whether you're cycling, hiking, or embarking on a mountaineering adventure, their compact design ensures effortless installation and compatibility with a wide range of outdoor activities.

🌟 Creative DIY Opportunities: Unleash your creativity with these versatile solar cells. Ideal for building custom solar-powered models, educational projects, solar-powered toys, displays, and even decorative elements like solar string lights. The possibilities are endless, allowing you to craft unique solutions tailored to your needs.

🤲 Versatile Applications: These solar panels are not just for fun projects; they serve practical purposes too. Perfect for solar garden lighting, small household lighting systems, and solar street lights, they can efficiently power various low-power electrical devices. Use them to illuminate emergency lights, advertising displays, or even small electric fans.

Specifications:

• Item Type: Micro Solar Panels
• Material: Polycrystalline Silicon
• Color: Black
• Size: 40 x 40 mm (1.57 x 1.57 in)
• Weight: Approx. 10 g
• Working Current: 60 mA
• Voltage: 3 V

⚫ Included in the Package: 2 x Mini Solar Panels.

Note: The actual color of the item may vary slightly from the images displayed due to differences in monitor brightness and lighting conditions. Additionally, please allow for minor measurement deviations.