Application of Full Stack Web Development Technology in Load Flow Analysis for Real Time Electrical Power System Management

The electrical power system is essential for sustainable development. The management and maintenance of quality electrical power delivery is very important and requires constant system data analysis and application of analytical results. This paper shows how the full-stack web development technology can be used and applied to achieve this purpose. This will show that the load flow analysis of any electrical power system can be done online and in real time, with a user friendly, multi-platform portable environment for improved electrical power system management.

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Published
2024-11-04
DOI
https://doi.org/10.1109/pecon62060.2024.10826692
Primary Topic
Power Systems and Technologies
Type
article
Field-Weighted Citation Impact
0.00

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article

Application of Full Stack Web Development Technology in Load Flow Analysis for Real Time Electrical Power System Management

E.C. Ejiogu, Nnaemeka Genesis Ajah, Kesandu Uchenyi, Onyenwe Kesandu-Uchenyi
Power Systems and Technologies
article

Application of Full Stack Web Development Technology in Load Flow Analysis for Real Time Electrical Power System Management

E.C. Ejiogu, Nnaemeka Genesis Ajah, Kesandu Uchenyi, Onyenwe Kesandu-Uchenyi
article en

Abstract

The electrical power system is essential for sustainable development. The management and maintenance of quality electrical power delivery is very important and requires constant system data analysis and application of analytical results. This paper shows how the full-stack web development technology can be used and applied to achieve this purpose. This will show that the load flow analysis of any electrical power system can be done online and in real time, with a user friendly, multi-platform portable environment for improved electrical power system management.

University of Nigeria (NG), Development Research and Projects Centre (NG)
University Of Nigeria Nsukka
Affordable and clean energy
Openalex Percentile: Top 76%
Power Systems and Technologies
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