Page 10 - Jurnal Penelitian MTsN 6 Jakarta

Average 12.6 0.042 conditions is 0.55434 W and under
Amount loaded conditions it is 0.528 W.
From the calculations above, it is CONCLUSION
obtained that the average panel
voltage and current when Based on the results of our
measured with a load is an research, the average voltage and
average voltage of 12.6 Volts and current of the panel when
an average current of 0.042 A. measured without a load is an
average voltage of 12.32 Volts
The average power generated by and an average current of 0.045 A.
solar panels under no-load and While with a load, the average
load conditions can be calculated voltage is 12.6 Volts and an
using the equation. average current of 0.042 A. The

= × average power generated by solar
panels in two days when no-load
Information : conditions are 0.55434 W and

= Daya (Watt) conditions with a load of 0.528 W.
This shows that the use of solar
= Tegangan (Volt) energy is very efficient in reducing
pollution, environmentally friendly
= Arus (Ampere)
and does not deplete fossil natural
resources that are increasingly
depleted. In addition, this research
The following is a table of the
power produced by the panel for 2 can also be used as a new
days under no-load and load innovation in the agricultural
conditions. sector, especially the hydroponic
system in supporting national food
security in order to reduce the
Power (W) community's food crisis.
Hour to
No With
burden Load
11.00 0.7266 0.5616 ACKNOWLEDGEMENT
12.00 0.3648 0.3837 We don't forget to say thank you to
13.00 0.55665 0.56745 the people who have helped with
14.00 0.56025 0.56475
15.00 0.5634 0.5625 this project
Average 0.55434 0.528
Amount
Table 6. No-load and load power Thank you to the school principal
Mts. Haniah and Mrs. Haryati and
table
other teachers who have
This shows that the average supported us in this project.
power generated by solar panels
in two days under no-load
Most importantly, thank you to Mr