Harness the power of the sun with this high-efficiency Polycrystalline Silicon Solar Panel, designed for durability, stable performance, and versatility in a variety of low-power solar applications. Crafted from corrosion-resistant polycrystalline silicon material, this solar panel offers a long service life, making it an ideal choice for small home projects, scientific experiments, electronic devices, and DIY solar-powered solutions. Key Features: · Durable Polycrystalline Silicon Material: Provides excellent corrosion resistance and long-lasting performance for reliable energy generation. · High Photoelectric Conversion Rate: Ensures efficient sunlight absorption and stable electrical output without power storage functionality. · Compact and Lightweight Design: Measures approximately 214 x 92 mm (8.4 x 3.6 inches) and weighs about 79g (2.8oz), making it easy to install and integrate into various projects. · Electrical Specifications: Delivers a working voltage of 9V and a working current of 0.275A with a power output of 2.5W, ideal for powering small batteries and low-power equipment. · Wide Application Range: Perfectly suited for use in solar toys, home lighting, scientific experiments, solar water pumps, small solar systems, and other renewable energy projects. · Easy Installation: Simple to integrate with rechargeable batteries and various solar-powered devices, facilitating enhanced energy efficiency in your DIY and small-scale solar systems. Specifications: · Item Type: Solar Panel · Material: Polycrystalline Silicon · Weight: Approx. 79g / 2.8oz · Product Size: Approx. 214 x 92 mm / 8.4 x 3.6 in · Power: 2.5W · Working Current: 0.275A · Working Voltage: 9V · Feature: Without Power Storage Function Package Includes: · 1 x Solar Panel This polycrystalline silicon solar panel provides an eco-friendly and cost-effective solution for generating clean energy to support your small-scale solar projects. Its reliable performance and ease of use make it an essential component for sustainable and innovative applications.