Solar Cell - Mounted

Category Renewable Energy
HE1657499
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Solar Cell - Mounted

Product Code: HE1657499

The mono-crystalline solar panel has a maximum rating of 4.4V, 90mA. It can be easily energised by a bright lamp or sunlight.  With 4mm plug connectors.

Students can explore the behaviour of the solar cell:

  • Investigate how the output voltage varies with the area of cell exposed to the light
  • Use filters to investigate how the output voltage varies with colour/wavelength of light
  • Use a light meter and investigate how the output voltage varies with light intensity
  • Determine the optimum electrical load for maximum power transfer for a known light intensity
  • Determine how the maximum power varies with the light intensity when the electrical load is fixed
Category Renewable Energy

The mono-crystalline solar panel has a maximum rating of 4.4V, 90mA. It can be easily energised by a bright lamp or sunlight.  With 4mm plug connectors.

Students can explore the behaviour of the solar cell:

  • Investigate how the output voltage varies with the area of cell exposed to the light
  • Use filters to investigate how the output voltage varies with colour/wavelength of light
  • Use a light meter and investigate how the output voltage varies with light intensity
  • Determine the optimum electrical load for maximum power transfer for a known light intensity
  • Determine how the maximum power varies with the light intensity when the electrical load is fixed

Specifications

Made In

CN

UNSPSC Code

32101629

Weight

0.48kg

Height

20mm

Width

80mm

Length

120mm

Brand

Own Brand

Categories

Energy

Category

Renewable Energy

The mono-crystalline solar panel has a maximum rating of 4.4V, 90mA. It can be easily energised by a bright lamp or sunlight.  With 4mm plug connectors.

Students can explore the behaviour of the solar cell:

  • Investigate how the output voltage varies with the area of cell exposed to the light
  • Use filters to investigate how the output voltage varies with colour/wavelength of light
  • Use a light meter and investigate how the output voltage varies with light intensity
  • Determine the optimum electrical load for maximum power transfer for a known light intensity
  • Determine how the maximum power varies with the light intensity when the electrical load is fixed

Specifications

Made In

CN

UNSPSC Code

32101629

Weight

0.48kg

Height

20mm

Width

80mm

Length

120mm

Brand

Own Brand

Categories

Energy

Category

Renewable Energy

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