Explain how radiation intensity affect the output of solar cell modules?

Radiation intensity refers to the amount of sunlight or solar radiation that is hitting the surface of a solar cell module. The output of a solar cell module is directly affected by the radiation intensity it receives.

When the radiation intensity is high, the solar cell module will produce more electricity because there is more energy available to be converted into electricity. This means that on a sunny day with high radiation intensity, the solar cell module will produce more electricity than on a cloudy day with lower radiation intensity.

Conversely, when the radiation intensity is low, the solar cell module will produce less electricity because there is less energy available to be converted. This is why solar panels are less efficient on cloudy days or during the night when there is no sunlight.

Overall, the output of a solar cell module is directly proportional to the radiation intensity it receives. The higher the radiation intensity, the more electricity the solar cell module will produce, and vice versa.