AC and DC House Wiring Efficiency Estimations Using a Fast Extensive Measurements Approach

Lie, Tek Tjing
Qureshi, JA
Gunawardane, K
Kularatna, N
Item type
Journal Article
Degree name
Journal Title
Journal ISSN
Volume Title
Modern Sciences Journal (MSJ)

DC-based appliances are exponentially increasing in the present market. This scenario opens the opportunity to utilize the DC electricity produced by the PV panels directly without going through the conversion stages. Due to high penetration of DC electricity sources, it is timely to utilize DC electricity directly. Several research works have been reported in the literature to experimentally test and compare AC and DC wiring options. Accurate and precise experimental measurements are vital to establish a sound theoretical basis. However, this is difficult due to cost and time constraints. Therefore, to avoid costly measurements, this paper develops a mathematical model based on measurements on selected AC and DC wiring at four voltage levels (12 V DC, 24 V DC, 48 V DC, and 230 V AC). A digital simulation calibration using DigSilent is conducted to validate the proposed mathematical model. This paper proposed to utilize the simulation calibration approach that is a cost-effective and timesaving option to perform extensive measurements accurately.

modern sciences; AC and DC; fast extensive measurements; house wiring
Journal of Modern Sciences, ISSN: 2767-7982 (Print); 2767-7990 (Online), 12(1).
Rights statement
Modern Sciences Journal (MSJ) aims to be a high-impact, open-access journal that ultimately serves as a bridge between the sciences and society. As cultivators of curiosity, MSJ is dedicated to providing scientists a voice in society and shining the light on recent and exciting scientific findings that aim to improve the quality of human life or to increase the horizons of human knowledge and achievement.