efficiency solar power generation panel designed for physics and electrical experiments. Built for reliable handson learning, this panel supports classroom demonstrations, lab projects, extracurricular activities, and home experiments. Key benefits Teaches core concepts: Provides a direct, visible example of photovoltaic conversion for lessons on energy, circuits, and semiconductor behavior. Reliable experiment power source: Produces consistent electrical output for measuring IV curves, testing small loads, and repeating experiments without frequent battery changes. Easy to use and integrate: Standard terminals and simple wiring make connections to multimeters, breadboards, oscilloscopes, microcontrollers, LEDs, and small DC motors straightforward. Durable and portable: Compact and lightweight design for desk demonstrations and outdoor experiments, built to withstand regular classroom handling. Suitable for a wide audience: Designed for school students, physics teachers, researchers, and science enthusiasts who need a practical tool for exploration and measurement. Features and specifications Function: Converts light into electrical power for educational and experimental use in physics and electrical setups. Compatibility: Works with common educational equipment such as multimeters, power analyzers, breadboards, microcontrollers, capacitors, and small DC loads. Size and portability: Compact footprint for bench use and easy transport for field demonstrations and science fairs. Material and construction: Robust construction intended for repeated handling in classroom and laboratory environments. Performance: conversion efficiency optimized for observable output under typical indoor and outdoor lighting conditions, suitable for powering small loads and for measurement tasks. Practical use scenarios Classroom demonstration: Use the panel to demonstrate the photovoltaic effect, measure open circuit voltage and short circuit current, and plot IV characteristics as part of a lab session. Laboratory experiment: Power small DC motors, charge capacitors, or test solar response under different light intensities for controlled experiments and data collection. Project and hobby work: Integrate the panel into student projects such as solarpowered models, environmental sensors, or prototype chargers to provide handson engineering experience. This solar panel is an essential addition to any physics lab or educational toolkit, delivering practical functionality for teaching, research, and experimental exploration.