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SUMMARY
YES-6402 Solar Cell Characteristics Experiment adopts an iodine-tungsten lamp to imitate a solar light source. The lightshines on a solar panel and generates current. YES-6402 experiment measures the irradiance of a light source at differentdistances, mapping the I-D curve, and then measures the output characteristics of different solar cells (Monocrystallinesilicon, polysilicon, amorphous silicon) at different distances, and calculates short-circuit current (ISC), open circuit voltage(UOC), maximum output power (Pmax), and fill factor (FF). FF is an important parameter in appraising solar cellperformance.
PURPOSE
1. Understand how fuel cells and solar cells work
2. Measure the output characteristics of solar cells
3. Understand the characteristics of proton exchange membrane cells. Test Faraday's law of electrolysis.
4. Understand the output characteristics of fuel cells
5. Experiment of solar cell charging supercapacitor
6. Solar cell working experiment
7. Add DC-DC module to match the supply voltage and load voltage experiment
8. Solar cell grid application experiment
9. Combination experiment of solar cell and fuel cell
FEATURES
Abundant experimental modules
Module: tungsten light source, solar cell, proton exchange membrane electrolytic cell, hydrogen fuel cells, 2 fans, LED , DC voltmeter, DC ammeter, AC voltmeter, solar controller, DC - DC module, DC - AC inverter module, battery, super capacitor, DC LED light, AC LED light. Cultivate students' ability of experiment construction and operation.
Multiple energy conversion
The hydrogen and oxygen fuel cells, proton exchange membrane electrolytic cell, solar cells and a variety of application modules are organically combined to form a complete chain of energy conversion, storage and use.
Abundant solar cell experiment content
The experimental process is clean, environmental friendly and rich in content. A variety of test samples are provided to help students' comparative study. The experiment is closely combined with the hot spots of science and technology development and practical application.
Expanding digital experiments
There are 3 data acquisition ports, 2 data acquisition ports and voltage sensors can be selected, which can be upgraded to a computer-based digital data acquisition and analysis experimental system.
EXPERIMENTS
Understand how fuel cells and solar cells work
Measure the output characteristics of solar cells
Understand the characteristics of proton exchange membrane cells.
Exam Faraday's law of electrolysis.
Understand the output characteristics of fuel cellsUse solar cells to charge supercapacitors
Solar cell experiment with loadsAdd DC-DC module to match the supply voltage and load voltage
Solar cell grid application experimentCombination experiment of solar cell and fuel cell
The output characteristics of Solar Cells: Current-Voltage characteristics and Power-Voltage characteristics
The output characteristics of Hydrogen-Oxygen Fuel Cell
Charging characteristics of supercapacitors
Optional Part
YSC-4201 Wireless voltage sensor 【2】