Two compact solar panels designed for educational projects and small electronic assemblies. Each panel measures 68 x 36 mm, delivers up to 0.3 W and has a nominal output of 5 V. Supplied as a pair to support experiments, toy kits, and simple renewable energy demonstrations. Key benefits Ready for handson learning: suitable for electric motor kits and solar powered toy builds for boys and girls, making it easy to demonstrate solar to electrical energy conversion. Compact and practical: small 68 x 36 mm size fits into model vehicles, small assemblies, and classroom projects where space is limited. Predictable performance: rated at 0.3 W and 5 V, providing up to about 60 mA under ideal sunlight conditions for powering low current DC motors and basic electronics. Flexible configuration: two identical panels let you connect in series to raise voltage or in parallel to increase available current, expanding design options without extra purchases. What it does Converts sunlight into DC electricity to run lowpower motors and simple circuits. Offers a straightforward power source for prototypes, experiments, and solar hobby projects. Helps illustrate principles of renewable energy, circuitry, and motor control in a handson way. Important attributes Quantity: 2 pieces per pack. Size: 68 x 36 mm per panel. Power: 0.3 W per panel. Voltage: nominal 5 V output per panel. Typical current: up to approximately 60 mA under strong sunlight. Suggested use scenarios Solar toy car: mount a panel on a small model car to drive a lowpower DC motor during outdoor demonstrations. Classroom STEM activity: use one panel per student or pair two panels for experiments comparing series and parallel wiring and measuring voltage and current under different light levels. DIY electronics project: integrate a panel into a small weather station, light sensor circuit, or other lowpower hobby electronics to provide daytime power. Practical tips For results place the panel in direct sunlight and orient the active surface toward the sun. Use series wiring to increase voltage when a higher supply is needed, or parallel wiring to increase available current for motors and multiple loads. Expect reduced output in cloudy conditions or indoors under artificial lighting. This pair of compact 5 V solar panels is intended for educational kits, hobbyists, and small electronics projects that require a simple solar power source with known size and performance.