GeRRiT Solar Cell Lab Device Solar Energy Application Materials New Energy Power Generation Physics Experiment Equipment Electric Power Generation Physics Experimental Equipment

Instructions1. Use solar energy to drive the buzzer, insert the connecting wires into the output jack of the solar battery and the input jack of the buzzer according to the polarity, adjust the solar panel so that it faces the sun, open the panel, and switch on the power, that is A musical sound from the buzzer can be heard.2. Use solar energy to drive the light-emitting diode, insert the connecting wires into the output jack of the solar battery and the input jack of the light-emitting diode according to the polarity, adjust the solar panel so that it faces the sun, turn on the panel power switch, and you can see LEDs glow.3. Drive the small motor with solar energy, insert the connecting wires into the output jack of the solar battery and the input jack of the small motor according to the polarity, adjust the solar panel so that it faces the sun, turn on the panel and power switch, and you can see To the fan blades of the small motor to rotate.Specification:Type: Physics TeachingName: Solar DemonstratorMaterial: plastic + metalSize: 19.8*14.8cmScope of use: The instrument is composed of solar cells, buzzers, light-emitting diodes, small motors and other materials. It is connected by wires to convert solar energy into electrical energy, and can complete a number of teaching experiments specified in the textbook.Products include:Solar battery demonstrator*1

• Cultivate hands-on ability: disassemble and assemble, exercise children's hands-on ability
• Stimulate interest: stimulate children's curiosity and lay the foundation for learning physics
• Exploratory spirit: children can participate in the production personally, and let them love it from an early age
• Analytical ability: exercise analytical ability and observation ability
• Scope of use: The instrument is composed of solar cells, buzzers, light-emitting diodes, small motors and other materials, connected by wires to convert solar energy into electrical energy, and can complete a number of teaching experiments specified in the textbook.