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Jemshah
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Asked: 2022-12-12T06:07:55+00:00 In:

factors that determine the amount of electrical energy produced by a solar module

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explain two factors that determine the amount of electrical energy produced by a solar module

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    1. The amount of sunlight that the module receives: The more sunlight the module receives, the more electricity it will produce. This is because the solar cells in the module need sunlight in order to generate electricity.
    2. The efficiency of the solar cells: The efficiency of the solar cells in the module determines how much of the sunlight that is absorbed by the module is converted into electricity. In general, higher efficiency solar cells will produce more electricity than lower efficiency cells.
    3. The temperature of the module: The temperature of the module can also affect its power output, as higher temperatures can reduce the efficiency of the solar cells. This is because the higher the temperature, the more difficult it is for the solar cells to convert sunlight into electricity.
    4. The orientation of the module: The orientation of the module can also affect its power output. In general, a module that is oriented directly toward the sun will produce more power than a module that is not oriented directly toward the sun. This is because the solar cells in the module are most efficient when they are receiving sunlight directly from the sun.
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