부산대학교 도서관

The general population is interested in developing techniques for utilizing sources of clean energy due to known as simultaneous hazards to fossil fuel exhaustion along with warming temperatures. among the many declaring avenues for renewable power was solar power. A solar energy system's ability to produce energy can be significantly increased by sun tracking devices. In order to offer reliable system reliability, this article offers an innovative layout for a multi-axis tracking photovoltaic (PV) array that makes use of feedback regulation theory, a five-quadrant light-depending resistor (LDR) detector, and straightforward electrical circuits. The put forward that is suggested achieves tracking of the sun by means of a special hybrid-axis AC drive and an independent photovoltaic inverter. A technological breakthrough with a straightforward and efficient development is controlling its deployment. To confirm the viability of the plan, a resized-down laboratory model is also built. Scientific proof supports the solar system's tracker's efficacy. To sum up, the findings in this research could be useful names for uses for sunlight in future generations.