LEXSOLAR PHOTOVOLTAIK LARGE 2.0

Product Code: 1103

Price: Contact

  • Device information
  • Specifications

The special feature of this system is its correlation of physics education with the practical application of photovoltaic cells. These unique textbook enhancements are the top choice when it comes to experiments related to solar energy because it has been awarded the Worlddidac Award.

This system is designed in a way that most experiments can be carried out in normal room lighting without the need for an external power source. The leXsolar illumination module (included) is only required for some experiments and can be operated using the student's own power source.

1. Introduction to the leXsolar basic unit

2. Optical Illusions

2.1 Basic Setup for Experiments with a Color Disc

2.2 Color Quality

2.3 Mixing of Complementary Colors

2.4 Optical Illusions with a Benham Disc

2.5 Optical Illusions with a PhantoRei Disc

3. Experiments on Different Types of Radiation

3.1 Impact of Diffuse Radiation on Solar Cell Energy (Qualitative)

3.2 Impact of Direct Radiation on Solar Cell Energy (Qualitative)

3.3 Albedo Radiation Intensity of Different Substances (Qualitative)

4. Dependency of Solar Cell Energy on its Location

5. Dependency of Solar Cell Energy on the Incident Light Angle

5.1 Dependency of Solar Cell Power on the Incident Light Angle (Qualitative)

5.2 Dependency of Solar Cell Power on the Incident Light Angle (Quantitative)

6. Dependency of Solar Cell Power on Illuminance

6.1 Dependency of Solar Cell Power on Illuminance 1 (Qualitative)

6.2 Dependency of Solar Cell Power on Illuminance 2 (Qualitative)

6.3 Dependency of Solar Cell Power on Illuminance 1 (Quantitative)

7. Dependency of Solar Cell Power on Temperature

8. Dependency of Solar Cell Power on the Frequency of Incident Light

9. Solar Cell Diode Characteristics

9.1 Dark Characteristics of a Solar Cell

9.2 Solar Cell Internal Resistance depending on Forward or Reverse Bias or in Dark or Under Light

10. Solar Cell IV Characteristics

10.1 Dependency of Solar Cell Power on the Load

10.2 IV Characteristics and Fill Factor of Solar Cell Modules

10.3 Dependency of Solar Cell IV Characteristics on Illuminance

11. Expression of Voltage and Current in Series and Parallel Solar Cell Connections

11.1 Expression of Voltage and Current in Series and Parallel Solar Cell Connections (Qualitative)

11.2 Expression of Voltage and Current in Series and Parallel Solar Cell Connections (Quantitative)

12. Behavior of Voltage and Current of Solar Cell in Series and Parallel Connections Dependent on Shadow

12.1 Behavior of Voltage and Current when Solar Cell is in Series Connection Dependent on Shadow (Qualitative)

12.2 Behavior of Voltage and Current when Solar Cell is in Series Connection Dependent on Shadow (Quantitative)

12.3 Behavior of Voltage and Current when Solar Cell is in Parallel Connection Dependent on Shadow (Quantitative)

13. Independent Grid Simulation with a Photovoltaic Substation

14. Capacitor Characteristics Graph

14.1 Charging Characteristic Graph of a Capacitor Charged by Solar Cell

14.2 Discharging Process of a Capacitor

15. Real Experiments

15.1 Determining the Efficiency of Various Energy Conversions

15.2 Rotation Direction and Speed of a Motor

15.3 Starting and Running Current of a Motor.