المجلة العالمية للعلوم الهندسية

ABSTRACT
One of the most significant and well-known trends at the moment is the move toward efficiency-boosting technologies in smart grids. With an emphasis on striking a balance between various technologies and energy efficiency, this entails assessing and enhancing the effects of load management, storage technologies, and artificial intelligence on boosting smart grid performance. Without depending on direct experiments or real-world applications, this research attempts to lay theoretical groundwork that will aid in the creation of future sustainable energy policies and initiatives. In order to provide a theoretical evaluation of the effects of contemporary technologies on efficiency and to identify the theoretical obstacles to the possible adoption of these technologies, the research relied on theoretical analysis and a methodical investigation of existing models and theories. In addition to offering a clear picture of the theoretical difficulties and upcoming research opportunities, the results showed that embracing theoretical concepts and creating mathematical models helps to improve our understanding of the internal workings of smart grids and creates avenues for directing future policies and strategies to guarantee theoretically enhanced performance and efficiency. The cornerstone for improving smart grid efficiency is the development of conceptual models and a study of basic theories. While taking into consideration the theoretical difficulties and constraints that must be resolved to attain the best possible use of these technologies, it indirectly helps to pave the way for future applications that depend on enhancing performance through contemporary technical instruments.

المراجع

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Article history_ar

Received : Sep 20, 2025

Revised : Sep 21, 2025

Accepted : Nov 01, 2025

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Acknowledgment	None
Author Contribution	All authors contributed equally to the main contributor to this paper. All authors read and approved the final paper.
Conflicts of Interest	“The authors declare no conflict of interest.”
Funding	“This research received no external funding”