Mini Solar Panel for Educational Projects and Hands On Learning This compact mini solar panel combines a efficiency monocrystalline silicon cell with a durable acrylic surface to deliver reliable performance for classroom experiments, DIY projects, and demonstrations of photovoltaic principles. It is designed for longterm use and straightforward operation. Key benefits efficiency monocrystalline silicon: 3.3 W output with 24% conversion efficiency for stable performance in direct sunlight. Durable construction: acrylic panel provides protection and quick cleaning for repeated classroom use. Educational and practical: ideal for science lessons, lab exercises, and hands on learning about solar energy and basic electronics. Simple to use: place in direct sunlight to generate power; no internal battery or storage function, so energy is produced only while exposed to light. Specifications Item type: Mini Solar Panel Material: Acrylic, monocrystalline silicon Power: 3.3 W (no battery storage function) Conversion efficiency: 24% Size: Approx. 13 x 4.5 x 18.5 cm (5.12 x 1.77 x 7.28 in) Weight: Approx. 400 g (14.11 oz) Package includes: 1 x Mini Solar Panel Practical uses and scenarios Classroom experiments: Measure voltage and current under different light conditions, plot IV curves, and explore factors that affect solar panel output. Science fair and project builds: Power small DC motors or LEDs in demonstrators that show how sunlight converts to electrical energy. DIY and craft applications: Integrate the panel into decorative solar lights or learning kits when combined with appropriate circuitry and external storage components. How to use Place the panel in direct sunlight and connect it to your experiment or circuit. Output is generated only while the panel receives sunlight. For continuous power or energy storage, add compatible external storage and regulation components; no battery or storage is included with this panel. This mini solar panel offers a practical, hands on tool for teaching renewable energy concepts and building simple solarpowered devices while meeting the needs of classrooms and hobby projects.