Tracking Control using Sensor Technology Solar Cell: In Real Time Domain Analysis

Authors

  • Dr. Muhammad Shamrooz Aslam

Keywords:

Loess Plateau; Ancient landslide; Unloading creep; Differential deformation; Stress path, Solar Panel; Tracking Control, Sensor Technology.

Abstract

Solar Tracking (ST) is employed to maximize output power due to the nonlinear characteristics of renewable energy sources. Sunlight is considered the most reliable traditional source of energy when energy emergencies arise. First, we present some basic characteristics of the motor in the form of Tables and Figures. Solar panel tracking is, therefore, necessary to enhance their efficiency. In this article, we present the sensor based viz. STM32 microcontroller has been implemented in real-time using the PV arrays. In addition, we did an analysis of stateof-the-art reviews of solar photo-voltaic systems for this research article. Researchers have developed sensor-based techniques to improve renewable energy systems. This technique performs better than other traditional methods.

Tracking Control using Sensor Technology Solar Cell: In Real Time Domain Analysis

Downloads

Published

2024-12-09

How to Cite

Dr. Muhammad Shamrooz Aslam. (2024). Tracking Control using Sensor Technology Solar Cell: In Real Time Domain Analysis. London Journal of Engineering Research, 24(8), 39–49. Retrieved from https://journalspress.uk/index.php/LJER/article/view/1105