The hypothesis is that the power output generated by a solar cell will be highest when the solar cell is positioned perpendicular to the direction of sunlight.

You will use 7 polycrystalline solar cells, 7 wooden cubes, a protractor, double-sided tape, a digital voltmeter, an ammeter, and a resistor to measure the power output of the solar cells at different angles.

You will need 7 polycrystalline solar cells, 7 wooden cubes, a saw, a protractor, double-sided tape, a digital voltmeter, an ammeter, and a resistor.

The results show that the solar cell mounted perpendicular to the sunlight has the highest power output and this output continues to decline as the angle reduces to zero. This proves the hypothesis to be correct.

This science project is interesting because it shows how the angle of the sun affects the power output of a solar cell. It also demonstrates how a solar tracker can be used to optimize the performance of a solar cell.

Consider repeating the experiment using amorphous solar cells. Also, try to simulate real life as much as possible by introducing elements such as wind, water (rain) and ice to the test environment.

Hey there! Here are some awesome videos about this science project that we think you'll really like. They're not only super fun, but they'll also help you learn more about the science behind the project. So sit back, relax, and get ready to have some fun!!