Page 121 - Handout of Rreport Writting

Faculty of Engineering

Several methods could have been used for this experiment; however, this method was selected
because it was more efficient, easier to implement, and faster.

The experiment was conducted over three days. Voltage and current were measured every hour
using a digital meter. However, some measurements were not recorded because the device
temporarily stopped working.

Although the procedure was generally organized, a few data points were missing, which made the
analysis slightly more challenging.

Results

The results indicate an increase in electricity production during periods of strong sunlight. This
increase may be related to higher solar radiation and favorable environmental conditions.

The collected data were presented using graphs and tables to improve clarity and facilitate
analysis. All graphs include labeled axes and clearly organized data.

Overall, the results were positive and demonstrated that the solar energy system performed
effectively.

Discussion

The system performed well for most of the experiment; however, some minor performance issues
were observed. These issues may have been caused by design limitations or operational factors.

Solar energy systems offer several advantages, such as reducing pollution and producing clean
electricity. However, they also have some disadvantages, including high installation costs and
maintenance requirements.

Some unexpected variations were observed in the results, which require further investigation in
future studies.

Conclusion