Energy Audit Using Solar Tracking System and Without Solar Tracking on Monocrystalline Solar

In this study, two tracking methods were carried out on solar panels: single axis as the first method and dual axis as the second method. This study aims to analyze the difference in energy solar panels produce with the energy required for the load routing system. Next, the author will compare the pure energy produced by solar panels without tracking with solar panels that use a tracking system. From the measurement results of the monitoring system, the solar panels with the dual-axis tracking method can achieve an average work efficiency of 19.258%. Solar panels with a single-axis tracking method can earn an average work efficiency of 19.210%. And solar panels with the technique still work with the lowest efficiency, with a value of 18.793%. Judging from the pure electrical energy produced, solar panels equipped with the dual axis tracking system method have the most significant pure electrical power with a value of 637,199 Watt-Hour, 2.34% greater than solar panels with a fixed process whose value is 622,627 watt-hours. Solar panels with the single-axis tracking system method have a pure electrical energy value of 635,644 Watt-hours or 2.09% larger than the fixed system solar panels.