This study presents a numerical method for evaluating the maintainability of a dual-axis
solar tracking system that can be deployed in residential areas for improved energy …

This paper introduces a novel mathematical approach to significantly enhance dual-axis
solar trackers' Solar Reliability Factor (SRF) by develo** and implementing an advanced …

This paper presents a novel technique in testing the software code of a solar tracking device
by implementing a White-box testing approach that makes use of a Wi-Fi module. First, we …

This paper presents a self-sufficient solar-powered real-time Deep Learning (DL) based
system that runs inference 100% on solar energy and which is composed of an Nvidia …

This paper presents an Online Built-In Self-Test (OBIST) architecture which is tailored
towards the detection of hardware faults found in solar tracking systems. The goal of the …

This paper presents a real-time hardware testing design based on a hybrid approach
between Flying Probe-Inspired In-Circuit Testing (FPICT) and Joint Test Action Group …

This paper presents a mathematical approach for determining the reliability of solar tracking
systems based on three fault coverage-aware metrics which use system error data from …

Develo** various capacities and methods of installation of solar power plants is a
promising sector of global electricity production today. The article studies the problem of …

The common term used to describe devices that orient solar panels towards the sun is a
solar tracking system. Trackers are used to minimise the angle of incidence between the …

This paper presents a solar-powered remote-controlled Flying Probe-Inspired In-Circuit
Tester (FPICT) designed to improve individuals' knowledge and practical skills in the Test …